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问 能否使用latex3令自定义的part和chapter从一堆图片中自动选取图片？

大师，您真强！！！！！完美契合！！

问 tcolorbox定制环境

%% Begin The Most Beautiful Box (STYLE : ys style) % 中国风盒子
\makeatletter
\definecolor{framegolden}{HTML}{455a64} % 控制外框颜色
\definecolor{framegray}{HTML}{e0e0e0} % 控制填充颜色
\newdimen\ys@frame@linewidth
\newdimen\ys@frame@radius
\newdimen\ys@frame@sep
\def\ys@frame@fill@opacity{0.2}

\pgfdeclarehorizontalshading{ys@fade@circle}{500bp}
{color(0bp)=(pgftransparent!100); color(25bp)=(pgftransparent!100);
color(45bp)=(pgftransparent!0); color(55bp)=(pgftransparent!0);
color(75bp)=(pgftransparent!100); color(100bp)=(pgftransparent!100)}
\pgfdeclarefading{ys circle}{\pgfuseshading{ys@fade@circle}}

\def\ys@frame@star@list@t{%
  -0.7071\ys@frame@radius+0.2133\ys@frame@sep/%
    -0.7071\ys@frame@radius+0.2133\ys@frame@sep/%
    frame.north east,%
  0.7071\ys@frame@radius-0.2133\ys@frame@sep/%
    -0.7071\ys@frame@radius+0.2133\ys@frame@sep/%
    frame.north west}
\def\ys@frame@star@list@b{%
  0.7071\ys@frame@radius-0.2133\ys@frame@sep/%
    0.7071\ys@frame@radius-0.2133\ys@frame@sep/%
    frame.south west,%
  -0.7071\ys@frame@radius+0.2133\ys@frame@sep/%
    0.7071\ys@frame@radius-0.2133\ys@frame@sep/%
    frame.south east}
\edef\ys@frame@star@list{\ys@frame@star@list@t,\ys@frame@star@list@b}

%region outer
\def\ys@frame@remove@middleline#1#2{}
\def\ys@frame@draw@middleline#1#2{%
  \clip ([xshift=-\ys@frame@linewidth,#1]frame.north west)--
        ([xshift=\ys@frame@linewidth,#1]frame.north east)--
        ([xshift=\ys@frame@linewidth,#2]frame.south east)--
        ([xshift=-\ys@frame@linewidth,#2]frame.south west)--cycle;}
\def\ys@frame@unbrokenouter{%
  \path[draw=framegolden,fill=framegray,fill opacity=\ys@frame@fill@opacity,line width=\ys@frame@linewidth]
    ([xshift=\ys@frame@radius]frame.north west)--([xshift=-\ys@frame@radius]frame.north east) 
    arc(-180:-90:\ys@frame@radius)--
    ([yshift=-\ys@frame@radius]frame.north east)--([yshift=\ys@frame@radius]frame.south east)
    arc(90:180:\ys@frame@radius)--
    ([xshift=-\ys@frame@radius]frame.south east)--([xshift=\ys@frame@radius]frame.south west)
    arc(0:90:\ys@frame@radius)--
    ([yshift=\ys@frame@radius]frame.south west)--([yshift=-\ys@frame@radius]frame.north west)
    arc(-90:0:\ys@frame@radius)--cycle;}
\def\ys@frame@firstouter{%
  \ys@frame@remove@middleline{yshift=.5\ys@frame@linewidth}{yshift=.7\ys@frame@linewidth}%
  \path[draw=framegolden,fill=framegray,fill opacity=\ys@frame@fill@opacity,line width=\ys@frame@linewidth]
    ([xshift=\ys@frame@radius]frame.north west)--([xshift=-\ys@frame@radius]frame.north east) 
    arc(-180:-90:\ys@frame@radius)--
    ([yshift=-\ys@frame@radius]frame.north east)--
    (frame.south east)--
    (frame.south west)--
    ([yshift=-\ys@frame@radius]frame.north west)
    arc(-90:0:\ys@frame@radius)--cycle;}
\def\ys@frame@middleouter{%
  \ys@frame@remove@middleline{yshift=-.7\ys@frame@linewidth}{yshift=.7\ys@frame@linewidth}%
  \path[draw=framegolden,fill=framegray,fill opacity=\ys@frame@fill@opacity,line width=\ys@frame@linewidth]
    (frame.north west)--(frame.north east)--(frame.south east)--
    (frame.south west)--cycle;}
\def\ys@frame@lastouter{%
  \ys@frame@remove@middleline{yshift=-.7\ys@frame@linewidth}{yshift=-.5\ys@frame@linewidth}%
  \path[draw=framegolden,fill=framegray,fill opacity=\ys@frame@fill@opacity,line width=\ys@frame@linewidth]
    (frame.north west)--(frame.north east)--
    ([yshift=\ys@frame@radius]frame.south east)
    arc(90:180:\ys@frame@radius)--
    ([xshift=-\ys@frame@radius]frame.south east)--([xshift=\ys@frame@radius]frame.south west)
    arc(0:90:\ys@frame@radius)--
    ([yshift=\ys@frame@radius]frame.south west)--
    (frame.north west)--cycle;}
%endregion 
%region inner
\def\ys@frame@unbrokeninner{%
\path[draw=framegolden,line width=.5\ys@frame@linewidth,line cap=round] 
([xshift=\ys@frame@radius+2\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north west)
  --([xshift=\ys@frame@radius+5\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north west) --++(45:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth)
  ([xshift=\ys@frame@radius+6\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north west)--++(-45:2\ys@frame@linewidth)--++(45:2\ys@frame@linewidth) %第一节
  --([xshift=-\ys@frame@radius-8.828\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north east)--++(-45:2\ys@frame@linewidth)--++(45:2\ys@frame@linewidth)
  ([xshift=-\ys@frame@radius-7.828\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north east)--++(45:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth) %第二节
  --([xshift=-\ys@frame@radius-2\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north east)
  %%
([yshift=-\ys@frame@radius-2\ys@frame@linewidth,xshift=-\ys@frame@sep]frame.north east)
--([yshift=-\ys@frame@radius-5\ys@frame@linewidth,xshift=-\ys@frame@sep]frame.north east) --++(-135:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth)
([yshift=-\ys@frame@radius-6\ys@frame@linewidth,xshift=-\ys@frame@sep]frame.north east)--++(-45:2\ys@frame@linewidth)--++(-135:2\ys@frame@linewidth) %第一节
--([yshift=\ys@frame@radius+8.828\ys@frame@linewidth,xshift=-\ys@frame@sep]frame.south east)--++(-45:2\ys@frame@linewidth)--++(-135:2\ys@frame@linewidth)
([yshift=\ys@frame@radius+7.828\ys@frame@linewidth,xshift=-\ys@frame@sep]frame.south east)--++(-135:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth) %第二节
%
  --([yshift=\ys@frame@radius+2\ys@frame@linewidth,xshift=-\ys@frame@sep]frame.south east)
%
([xshift=\ys@frame@radius+2\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south west)
--([xshift=\ys@frame@radius+5\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south west) --++(-45:2\ys@frame@linewidth)--++(45:2\ys@frame@linewidth)
([xshift=\ys@frame@radius+6\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south west)--++(45:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth) %第一节
--([xshift=-\ys@frame@radius-8.828\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south east)--++(45:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth)
([xshift=-\ys@frame@radius-7.828\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south east)--++(-45:2\ys@frame@linewidth)--++(45:2\ys@frame@linewidth) %第二节
  --([xshift=-\ys@frame@radius-2\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south east)
%
([yshift=-\ys@frame@radius-2\ys@frame@linewidth,xshift=\ys@frame@sep]frame.north west)
--([yshift=-\ys@frame@radius-5\ys@frame@linewidth,xshift=\ys@frame@sep]frame.north west) --++(-45:2\ys@frame@linewidth)--++(-135:2\ys@frame@linewidth)
([yshift=-\ys@frame@radius-6\ys@frame@linewidth,xshift=\ys@frame@sep]frame.north west)--++(-135:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth) %第一节
--([yshift=\ys@frame@radius+8.828\ys@frame@linewidth,xshift=\ys@frame@sep]frame.south west)--++(-135:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth)
([yshift=\ys@frame@radius+7.828\ys@frame@linewidth,xshift=\ys@frame@sep]frame.south west)--++(-45:2\ys@frame@linewidth)--++(-135:2\ys@frame@linewidth) %第二节
  --([yshift=\ys@frame@radius+2\ys@frame@linewidth,xshift=\ys@frame@sep]frame.south west);}
\def\ys@frame@firstinner{%
  \path[draw=framegolden,line width=.5\ys@frame@linewidth,line cap=round] 
  ([xshift=\ys@frame@radius+2\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north west)
  --([xshift=\ys@frame@radius+5\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north west) --++(45:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth)
  ([xshift=\ys@frame@radius+6\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north west)--++(-45:2\ys@frame@linewidth)--++(45:2\ys@frame@linewidth) %第一节
  --([xshift=-\ys@frame@radius-8.828\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north east)--++(-45:2\ys@frame@linewidth)--++(45:2\ys@frame@linewidth)
  ([xshift=-\ys@frame@radius-7.828\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north east)--++(45:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth) %第二节
  --([xshift=-\ys@frame@radius-2\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north east)
  %%
([yshift=-\ys@frame@radius-2\ys@frame@linewidth,xshift=-\ys@frame@sep]frame.north east)
--([yshift=-\ys@frame@radius-5\ys@frame@linewidth,xshift=-\ys@frame@sep]frame.north east) --++(-135:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth)
([yshift=-\ys@frame@radius-6\ys@frame@linewidth,xshift=-\ys@frame@sep]frame.north east)--++(-45:2\ys@frame@linewidth)--++(-135:2\ys@frame@linewidth) %第一节
--([xshift=-\ys@frame@sep]frame.south east)

        ([yshift=-\ys@frame@radius-2\ys@frame@linewidth,xshift=\ys@frame@sep]frame.north west)
        --([yshift=-\ys@frame@radius-5\ys@frame@linewidth,xshift=\ys@frame@sep]frame.north west) --++(-45:2\ys@frame@linewidth)--++(-135:2\ys@frame@linewidth)
        ([yshift=-\ys@frame@radius-6\ys@frame@linewidth,xshift=\ys@frame@sep]frame.north west)--++(-135:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth) %第一节
          --([xshift=\ys@frame@sep]frame.south west);}
\def\ys@frame@middleinner{%
  \path[draw=framegolden,line width=.5\ys@frame@linewidth,line cap=round] 
    ([xshift=-\ys@frame@sep]frame.north east)--([xshift=-\ys@frame@sep]frame.south east)
    ([xshift=\ys@frame@sep]frame.north west)--([xshift=\ys@frame@sep]frame.south west);}
\def\ys@frame@lastinner{%
  \path[draw=framegolden,line width=.5\ys@frame@linewidth,line cap=round] 
    ([xshift=-\ys@frame@sep]frame.north east)
    --([yshift=\ys@frame@radius+8.828\ys@frame@linewidth,xshift=-\ys@frame@sep]frame.south east)--++(-45:2\ys@frame@linewidth)--++(-135:2\ys@frame@linewidth)
    ([yshift=\ys@frame@radius+7.828\ys@frame@linewidth,xshift=-\ys@frame@sep]frame.south east)--++(-135:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth) %第二节
    %
      --([yshift=\ys@frame@radius+2\ys@frame@linewidth,xshift=-\ys@frame@sep]frame.south east)
%
    ([xshift=\ys@frame@radius+2\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south west)
    --([xshift=\ys@frame@radius+5\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south west) --++(-45:2\ys@frame@linewidth)--++(45:2\ys@frame@linewidth)
    ([xshift=\ys@frame@radius+6\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south west)--++(45:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth) %第一节
    --([xshift=-\ys@frame@radius-8.828\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south east)--++(45:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth)
    ([xshift=-\ys@frame@radius-7.828\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south east)--++(-45:2\ys@frame@linewidth)--++(45:2\ys@frame@linewidth) %第二节
      --([xshift=-\ys@frame@radius-2\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south east)
%
    ([xshift=\ys@frame@sep]frame.north west)
    --([yshift=\ys@frame@radius+8.828\ys@frame@linewidth,xshift=\ys@frame@sep]frame.south west)--++(-135:2\ys@frame@linewidth)--++(-45:2\ys@frame@linewidth)
    ([yshift=\ys@frame@radius+7.828\ys@frame@linewidth,xshift=\ys@frame@sep]frame.south west)--++(-45:2\ys@frame@linewidth)--++(-135:2\ys@frame@linewidth) %第二节
      --([yshift=\ys@frame@radius+2\ys@frame@linewidth,xshift=\ys@frame@sep]frame.south west);}
%endregion
%region corner
\def\ys@frame@unbrokencorner{%
  \path[draw=framegolden,line width=1.5\ys@frame@linewidth,line cap=round]
    ([xshift=\ys@frame@radius-2.7\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north west)
      --([xshift=\ys@frame@sep,yshift=-\ys@frame@sep]frame.north west)
      --([xshift=\ys@frame@sep,yshift=-\ys@frame@radius+2.7\ys@frame@linewidth]frame.north west)
    ([xshift=-\ys@frame@radius+2.7\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north east)
      --([xshift=-\ys@frame@sep,yshift=-\ys@frame@sep]frame.north east)
      --([xshift=-\ys@frame@sep,yshift=-\ys@frame@radius+2.7\ys@frame@linewidth]frame.north east)
    ([xshift=-\ys@frame@radius+2.7\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south east)
      --([xshift=-\ys@frame@sep,yshift=\ys@frame@sep]frame.south east)
      --([xshift=-\ys@frame@sep,yshift=\ys@frame@radius-2.7\ys@frame@linewidth]frame.south east)
    ([xshift=\ys@frame@radius-2.7\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south west)
      --([xshift=\ys@frame@sep,yshift=\ys@frame@sep]frame.south west)
      --([xshift=\ys@frame@sep,yshift=\ys@frame@radius-2.7\ys@frame@linewidth]frame.south west);}
\def\ys@frame@firstcorner{%
  \path[draw=framegolden,line width=1.5\ys@frame@linewidth,line cap=round]
    ([xshift=\ys@frame@radius-2.7\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north west)
      --([xshift=\ys@frame@sep,yshift=-\ys@frame@sep]frame.north west)
      --([xshift=\ys@frame@sep,yshift=-\ys@frame@radius+2.7\ys@frame@linewidth]frame.north west)
    ([xshift=-\ys@frame@radius+2.7\ys@frame@linewidth,yshift=-\ys@frame@sep]frame.north east)
      --([xshift=-\ys@frame@sep,yshift=-\ys@frame@sep]frame.north east)
      --([xshift=-\ys@frame@sep,yshift=-\ys@frame@radius+2.7\ys@frame@linewidth]frame.north east);}
\def\ys@frame@middlecorner{}
\def\ys@frame@lastcorner{%
  \path[draw=framegolden,line width=1.5\ys@frame@linewidth,line cap=round]
    ([xshift=-\ys@frame@radius+2.7\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south east)
      --([xshift=-\ys@frame@sep,yshift=\ys@frame@sep]frame.south east)
      --([xshift=-\ys@frame@sep,yshift=\ys@frame@radius-2.7\ys@frame@linewidth]frame.south east)
    ([xshift=\ys@frame@radius-2.7\ys@frame@linewidth,yshift=\ys@frame@sep]frame.south west)
      --([xshift=\ys@frame@sep,yshift=\ys@frame@sep]frame.south west)
      --([xshift=\ys@frame@sep,yshift=\ys@frame@radius-2.7\ys@frame@linewidth]frame.south west);}
%endregion
\def\ys@frame@star#1#2#3{%
  \begin{scope}[shift={([xshift=#1,yshift=#2]#3)},scale=\ys@frame@ratio*0.1]
    \path[draw=framegolden,fill=white,
      line width=.7\ys@frame@linewidth,line join=round]
      (1,1)..controls(0.3,0.5) and (-0.3,0.5)..
      (-1,1)..controls(-0.5,0.3) and (-0.5,-0.3)..
      (-1,-1)..controls(-0.3,-0.5) and (0.3,-0.5)..
      (1,-1)..controls(0.5,-0.3) and (0.5,0.3)..(1,1)--cycle;
    \path[scale=0.45,fill=framegolden,line join=round]
      (1,1)..controls(0.3,0.7) and (-0.3,0.7)..
      (-1,1)..controls(-0.7,0.3) and (-0.7,-0.3)..
      (-1,-1)..controls(-0.3,-0.7) and (0.3,-0.7)..
      (1,-1)..controls(0.7,-0.3) and (0.7,0.3)..(1,1)--cycle;
  \end{scope}}
\def\ys@frame@segmentation{%
  \draw[color=framegolden,path fading=ys circle]
    ([xshift=5\ys@frame@radius]segmentation.west) to[ornament=88]
    ([xshift=-5\ys@frame@radius]segmentation.east);}

\tcbset{
  % 控制是否在断点处的线不画出来
  ys/frame/not at break/.code=\let\ys@frame@remove@middleline\ys@frame@draw@middleline,
  ys/frame/fill opacity/.store in=\ys@frame@fill@opacity,
  ys/frame/draw at break/.code=\let\ys@frame@remove@middleline\@gobbletwo,
  % 控制线宽
  ys/frame/line width/.code={\pgfmathsetlength\ys@frame@linewidth{#1}},
  ys/frame/line width=1.4pt,
  % 控制圆弧大小，应为数字，而非长度
  ys/frame/radius/.code={\pgfmathparse{#1}\let\ys@frame@ratio\pgfmathresult
    \pgfmathsetlength\ys@frame@radius{(#1)*1em}%
    \pgfmathsetlength\ys@frame@sep{(#1)*0.5ex}},
  ys/frame/radius=2,
  ys/frame/unbroken/.style={
    interior code={%
      \ys@frame@unbrokenouter % 外框
      \foreach \ii/\jj/\kk in \ys@frame@star@list {\ys@frame@star{\ii}{\jj}{\kk}} % 星
      \ys@frame@unbrokeninner % 内线
      \ys@frame@unbrokencorner % 四角
    },
    interior titled code={%
      \ys@frame@unbrokenouter % 外框
      \foreach \ii/\jj/\kk in \ys@frame@star@list {\ys@frame@star{\ii}{\jj}{\kk}} % 星
      \ys@frame@unbrokeninner % 内线
      \ys@frame@unbrokencorner % 四角
    }
  },
  ys/frame/first/.style={
    interior code={%
      \ys@frame@firstouter
      \foreach \ii/\jj/\kk in \ys@frame@star@list@t {\ys@frame@star{\ii}{\jj}{\kk}}
      \ys@frame@firstinner
      \ys@frame@firstcorner},
    interior titled code={%
      \ys@frame@firstouter
      \foreach \ii/\jj/\kk in \ys@frame@star@list@t {\ys@frame@star{\ii}{\jj}{\kk}}
      \ys@frame@firstinner
      \ys@frame@firstcorner},
  },
  ys/frame/middle/.style={
    interior code={%
      \ys@frame@middleouter
      \ys@frame@middleinner
      \ys@frame@middlecorner}
  },
  ys/frame/last/.style={
    interior code={%
      \ys@frame@lastouter
      \foreach \ii/\jj/\kk in \ys@frame@star@list@b {\ys@frame@star{\ii}{\jj}{\kk}}
      \ys@frame@lastinner
      \ys@frame@lastcorner}
  },
  ys/frame style/unbroken/.style={
    boxsep=2\ys@frame@sep,
    left={.8\ys@frame@radius},right={.8\ys@frame@radius},
    ys/frame/unbroken,title hidden,
    segmentation code=\ys@frame@segmentation
  },
  ys/frame style/first/.style={ys/frame/first,title hidden,segmentation code=\ys@frame@segmentation},
  ys/frame style/middle/.style={ys/frame/middle,segmentation code=\ys@frame@segmentation},
  ys/frame style/last/.style={ys/frame/last,segmentation code=\ys@frame@segmentation},
  ys style/.style={frame hidden, 
    ys/frame style/unbroken,
    extras first={ys/frame style/first},
    extras middle={ys/frame style/middle},
    extras last={ys/frame style/last},
  },
}
\makeatother
\newtcolorbox{fancybox}{enhanced,ys style,breakable,pad at break=2mm,
  ys/frame/not at break,ys/frame/fill opacity=0}

问 请问如何对我的定理环境用latex3进行同类合并？

老师， 还有个小问题，那个您的新代码盒子里面我加的一些小装饰给去掉了，您看下能否加回来啊？就是这样的
image.png

问 请问如何修改代码来避免下图中的警告？

好的，我马上改，主要是抄的外国人的代码，所以可能问题很多-_-!!

问 Latex多图多文本排版

\documentclass[fontset=ubuntu]{ctexart}
\usepackage{graphicx,tabularray,subfig}
\usepackage[export]{adjustbox}
\usepackage[margin=1cm]{geometry}
\usepackage{xcolor}
\usepackage{alphalph}

\renewcommand*{\thesubfigure}{(\thefigure.\arabic{subfigure})}
\renewcommand*{\thesubfigure}{%
\alphalph{\value{subfigure}}%
}%
\begin{document}
\begin{figure}[htbp]
       \centering
\subfloat[fig1][]{\begin{tblr}{width=.3\textwidth,colspec={Q[l,t]X[l,t]},column{2}={font=\small},cell{Z}{1}={c=2}{c},row{Z}={gray7},columns={leftsep=0pt}}
       
\subfloat{\includegraphics[width=.15\textwidth,valign=t]{example-image}} \label{fig:sub1}
    & Lorem ipsum dolor sit amet, consectetur \\[-2ex]
\subfloat{\includegraphics[width=.15\textwidth,valign=t]{example-image}}\label{fig:sub2}
        & Lorem ipsum dolor sit amet, consectetur \\
        Fig 1 Test & \\
       \end{tblr}}
       \hfill 
       \subfloat[fig2][]{\begin{tblr}{width=.3\textwidth,colspec={Q[l,t]X[l,t]},column{2}={font=\small},cell{Z}{1}={c=2}{c},row{Z}={gray7},columns={leftsep=0pt}}
       \subfloat{\includegraphics[width=.15\textwidth,valign=t]{example-image}} 
    & Lorem ipsum dolor sit amet, consectetur \\[-2ex]
       \subfloat{\includegraphics[width=.15\textwidth,valign=t]{example-image}}
        & Lorem ipsum dolor sit amet, consectetur \\
        Fig 1 Test & \\
       \end{tblr}}
       \hfill 
       \subfloat[fig3][]{\begin{tblr}{width=.3\textwidth,colspec={Q[l,t]X[l,t]},column{2}={font=\small},cell{Z}{1}={c=2}{c},row{Z}={gray7},columns={leftsep=0pt}}
       \subfloat{\includegraphics[width=.15\textwidth,valign=t]{example-image}} 
    & Lorem ipsum dolor sit amet, consectetur \\[-2ex]
       \subfloat{\includegraphics[width=.15\textwidth,valign=t]{example-image}}
        & Lorem ipsum dolor sit amet, consectetur \\
        Fig 1 Test & \\
       \end{tblr}}
       \hfill 
       \subfloat[fig4][]{\begin{tblr}{width=.3\textwidth,colspec={Q[l,t]X[l,t]},column{2}={font=\small},cell{Z}{1}={c=2}{c},row{Z}={gray7},columns={leftsep=0pt}}
       \subfloat{\includegraphics[width=.15\textwidth,valign=t]{example-image}} 
    & Lorem ipsum dolor sit amet, consectetur \\[-2ex]
       \subfloat{\includegraphics[width=.15\textwidth,valign=t]{example-image}}
        & Lorem ipsum dolor sit amet, consectetur \\
        Fig 1 Test & \\
       \end{tblr}}
       \hfill 
       \subfloat[fig5][]{\begin{tblr}{width=.3\textwidth,colspec={Q[l,t]X[l,t]},column{2}={font=\small},cell{Z}{1}={c=2}{c},row{Z}={gray7},columns={leftsep=0pt}}
       \subfloat{\includegraphics[width=.15\textwidth,valign=t]{example-image}} 
    & Lorem ipsum dolor sit amet, consectetur \\[-2ex]
       \subfloat{\includegraphics[width=.15\textwidth,valign=t]{example-image}}
        & Lorem ipsum dolor sit amet, consectetur \\
        Fig 1 Test & \\
       \end{tblr}}
       \hfill 
       \subfloat[]{\begin{tblr}{width=.3\textwidth,colspec={Q[l,t]X[l,t]},column{2}={font=\small},cell{Z}{1}={c=2}{c},row{Z}={gray7},columns={leftsep=0pt}}
       \subfloat{\includegraphics[width=.15\textwidth,valign=t]{example-image}} 
    & Lorem ipsum dolor sit amet, consectetur \\[-2ex]
       \subfloat{\includegraphics[width=.15\textwidth,valign=t]{example-image}}
        & Lorem ipsum dolor sit amet, consectetur \\
        Fig 1 Test & \\
       \end{tblr}}
       \caption{很好}
       \label{fig2111}
\end{figure}
\end{document}

image.png

除了编号不对以外都满足要求了,编号什么原因导致的错乱还不清楚

问 我该如何实现随着页数变化的自定义页脚?

这里是另一种实现

\documentclass[12pt,oneside]{book}
\usepackage[dvipsnames,svgnames,x11names,table]{xcolor}
\definecolor{nuanbai}{HTML}{F5F5F5}
\pagecolor{nuanbai!20}
\usepackage{fontspec}
\setmainfont{Times New Roman}
\usepackage[left=1.5cm,right=1.5cm,top=2cm,bottom=3.3cm,head=18.85004pt]{geometry}
\usepackage[fontset=ubuntu]{ctex}
\usepackage[automark]{scrlayer-scrpage}%页面设置宏包,隶属于koma-script文档类
\usepackage{tikz}
\usetikzlibrary{calc,shadows}
\usepackage[most]{tcolorbox}
\usepackage{fontawesome5}

\makeatletter
\newcommand*\footimage[1]{\def\@footimage{#1}}
\newcommand*\foottext[1]{\def\@foottext{#1}}
\ihead{}
\ohead{}
\chead{}
%%页脚
\ifoot{}
\cfoot{}
\ofoot{\footstyle}
\newlength\tipslen
\setlength\tipslen{13mm}
\setlength\footheight{50pt}
\newcommand{\footstyle}{%
  \begin{tikzpicture}[remember picture,overlay]
    \fill[red!25] 
    ([xshift=1cm]current page.south west) rectangle ([yshift=3cm]current page.south east);
    \fill[red!50] ([xshift=1cm,yshift=1cm]current page.south west) --++(0,2) -- ++(2,0)--cycle;
    \fill[red!50] ([xshift=-2cm]current page.south east) -- ++(2,0) -- ++(0,2)--cycle;
    \node[anchor=west] at ([shift={(1.2,1.5)}]current page.south west){\includegraphics[width=1.8cm,height=2.4cm]{\@footimage}};
    \node[font=\bfseries,text=white,rectangle,rounded corners,fill=red!50] at ([shift={(-0.5,0.5)}]current page.south east){\thepage};
    \node[anchor=north west] at ([shift={(3.5,2.8)}]current page.south west)
    {
      \begin{minipage}{\dimeval{\paperwidth-4.5cm}}
        \textcolor{red!50}{\faBook}\hspace{1em}\tikz[baseline]{\node[anchor=base,rounded corners=2.5pt,text=black,fill=red!50,inner sep=.3mm]{物理学史};}\hspace{1em}\@foottext
      \end{minipage}
    };
  \end{tikzpicture}
}
\makeatother

\begin{document}
\footimage{figures/newton.jpg}
\foottext{爱情既是友谊的代名词，又是我们为共同的事业而奋斗的可靠保证，爱情是人生的良伴，你和心爱的女子同床共眠是因为共同的理想把两颗心紧紧系在一起。\hfill ------ 法拉第}
\section{算法整理}
\newpage
\end{document}

问 章目录的章编号无法移动到页面最左侧

%%---------------------------------------CHAPTER TOC STYLE--------------------------------------%%
\def\ChapterName{ \thecontentslabel}
\titlecontents{chapter}%标题名
            [30pt]%左间距
            {\bf \large\addvspace{1pc}}%标题格式
            {\contentsmargin{0pt}%
            \tikz[overlay] \shade[left color=LightSkyBlue!80,right color=LightSkyBlue!10!white,rounded corners=1pt] (-2.5em,-1ex) rectangle (.95\textwidth,1em);%
            \hspace*{-30pt}\raisebox{-.8ex}{\begin{tikzpicture}[remember picture]
                \node[rectangle, %opacity=.3,
                    text=white,
                    drop shadow={opacity=.3, color=black!40!white,shadow xshift=0.06cm,shadow yshift=-0.06cm},
                    inner sep=1mm,fill=teal,
                    %anchor=west,
                    rounded corners=1pt,
                    font=\normalsize] at (0,0) {\ChapterName};
            \end{tikzpicture}}\hspace*{3pt}%
             \tikz[overlay] \shade[top color=teal!30!white,bottom color=teal!80!white,rounded corners=.3pt] (0,-1ex) rectangle (2.4pt,1em);%
            \hspace*{5pt}%
            }%标题标志
            {}%无序号标题
            {\titlerule*[1000pc]{$\cdot$}\contentspage\hspace*{0cm}\vspace*{.7ex}}  %指引线与页码
%%-----------------------------------------CHAPTER TOC STYLE---------------------------------------%%

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