我真的很喜欢使用接受的答案获得的目录 在目录中添加每章图片和条目组。
但是，我不想在目录中列出章节，而是想包含章节内容的简短描述。但是，无论我怎么努力，我都无法让这些描述不覆盖图像。我尝试了以下方法，但都不起作用：
- Martin 的回答带有条目附加说明的目录
\cftchapterprecistoc包中的选项tocloft。- 传递一个
\resizebox到\cftchapterprecistoc
有没有办法让这些文本表现良好，并远离图像？下面是我正在谈论的一个例子：
\documentclass{scrbook}
\usepackage{geometry}% http://ctan.org/pkg/geometry
\usepackage{titletoc}% http://ctan.org/pkg/titletoc
\usepackage[export]{adjustbox}% http://ctan.org/pkg/adjustbox
\usepackage{xparse}% http://ctan.org/pkg/xparse
\usepackage{titlesec}
\usepackage{tocloft}
\NewDocumentCommand{\rtocstuff}{O{10pt} m O{80pt}}{% \rtocstuff[<gap>]{<content>}[<width>
\titlecontents{chapter}
[0pt]% left margin indent
{\bigskip\bfseries}% chapter ToC formatting
{\makebox[1.5em][l]{\thecontentslabel}}% chapter label (numbered)
{\hspace*{1.5em}}% chapter label (unnumbered)
{\titlerule*[1pc]{.}% dotted contents line
\thecontentspage% ToC page number
\hspace*{#1}% gap between page number & <content>
\smash{% remove vertical height of image
\raisebox{1.5ex}{% align with top of character
\hspace*{#3}% space for <content>
\llap{% left overlap
#2\hspace*{#1}% actual <content>
}}}}%
\titlecontents{section}
[0pt]% left margin indent
{\normalfont}% section ToC formatting
{\hspace*{1.5em}\makebox[2.3em][l]{\thecontentslabel}}% section label (numbered)
{\hspace*{3.8em}}% section label (unnumbered)
{\titlerule*[1pc]{.}% dotted contents line
\thecontentspage% ToC page number
\hspace*{#1}% gap between page number & <content>
\hspace*{#3}% gap for <content>
}
}
\NewDocumentCommand{\ltocstuff}{O{80pt} m O{10pt}}{% \ltocstuff[<width>]{<content>}[<gap>]
\titlecontents{chapter}
[0pt]% left margin indent
{\bigskip\bfseries}% chapter ToC formatting
{\smash{% remove vertical height of image
\raisebox{1.5ex}{% align with top of character
\rlap{% right overlap
#2% actual content
}\hspace*{#1}% space for <content>
}}%
\hspace*{#3}% gap between <content> and ToC entries
\makebox[1.5em][l]{\thecontentslabel}}% chapter label (numbered)
{\smash{% remove vertical height of image
\raisebox{1.5ex}{% align with top of character
\rlap{% right overlap
#2% actual <content>
}\hspace*{#1}% space for <content>
}}%
\hspace*{1.5em}}% chapter label (unnumbered)
{\titlerule*[1pc]{.}% dotted contents line
\thecontentspage% ToC page number
}
\titlecontents{section}
[0pt]% left margin indent
{\normalfont}% section ToC formatting
{\hspace*{#1}% space for <content>
\hspace*{#3}% gap between <content> and ToC entries
\hspace*{1.5em}\makebox[2.3em][l]{\thecontentslabel}}% section label (numbered)
{\hspace*{3.8em}}% section label (unnumbered)
{\titlerule*[1pc]{.}% dotted contents line
\thecontentspage% ToC page number
}
}
\usepackage{lipsum}% http://ctan.org/pkg/lipsum
\newcommand{\ccpt}[1]{\cftchapterprecistoc{#1}}
\begin{document}
\setcounter{tocdepth}{0}
\contentsmargin{0pt}% Remove right margin in ToC
\tableofcontents
\rtocstuff{\includegraphics[valign=T,width=70pt]{tiger}}
\chapter{Coordinates of points}
\ccpt{We will explore how to find the coordinates of various points in the 2-dimensional and 3-dimensional Euclidean spaces.}
\section{Rectangular coordinates} \lipsum[1]
\section{Projections of a segment on the axes} \lipsum[2]
\section{Distance between two points} \lipsum[3]
\section{The mid-point of a segment} \lipsum[4]
\section{Division of a segment in any ratio} \lipsum[5]
\section{Oblique coordinates} \lipsum[6]
\ltocstuff{\includegraphics[valign=T,width=70pt]{tiger}}
\chapter{The locus of an equation}
\ccpt{We will explore how to find the coordinates of various points in the 2-dimensional and 3-dimensional Euclidean spaces.}
\section{First illustrations} \lipsum[1]
\section{Curve plotting} \lipsum[2]
\section{Test that a point lie on a curve} \lipsum[3]
\section{Intercepts} \lipsum[4]
\section{Points of intersection of two curves} \lipsum[5]
\section{Oblique coordinates} \lipsum[6]
\rtocstuff{\includegraphics[valign=T,width=70pt]{tiger}}
\chapter{The straight line}
\section{Equation in terms of point and slope} \lipsum[1]
\section{Line through two points} \lipsum[2]
\section{The general equation of first degree} \lipsum[3]
\section{Parallel and perpendicular lines} \lipsum[4]
\section{Angle between two lines} \lipsum[5]
\section{Distance from a point to a line} \lipsum[6]
\end{document}
答案1
这是一个部分解决方案。我基本上将整个条目排版在一个适当宽度的框中，然后将图像和此框堆叠在一起。这种方法的缺点是它没有利用这些titletoc功能：即您必须手动处理页码和章节号的定位。
更符合titletoc格式的解决方案也行得通，但如果特定部分中的条目没有占用足够的空间，则图像将与下一节重叠。我对界面所做的一项更改是要求\ccpt在章节之前显示，以便在排版章节时可以使用信息（否则很难将其放入框内以保持垂直间距）。
最后，我不确定这里最好的排版选择是什么：章节号应该挂在左对齐部分吗？（如果图像有清晰的边框，则可能挂在左对齐部分；如果图像的线条较弱，则可能不挂在左对齐部分。）同样，页码应该突出到右侧吗？页码和章节号都可能导致空白被卡住，看起来很糟糕。
无论如何，这些都是我将尝试回顾的微调细节，但我想给你一个关于它如何工作的草图。
\documentclass{scrbook}
\usepackage{geometry}% http://ctan.org/pkg/geometry
\usepackage{titletoc}% http://ctan.org/pkg/titletoc
\usepackage[export]{adjustbox}% http://ctan.org/pkg/adjustbox
\usepackage{xparse}% http://ctan.org/pkg/xparse
\usepackage{etoolbox}
\usepackage{titlesec}
%\usepackage{calc}
%\usepackage{tocloft}
\newkomafont{precisentry}{\mdseries\itshape}
\setkomafont{chapterentry}{\bfseries}
\newsavebox{\mytocbox}
\newsavebox{\myfigbox}
\newlength{\mytext}
\newcommand{\myleftskip}{1.5em} % Space for chapter numbers
\newcommand{\myrightskip}{1.5em} % Space for page numbers
\newif\ifmyrightfig
\newcommand{\titlebox}[4][1em]{%
%\titlebox[<sep>]{<figure>}{<content>}
\savebox{\myfigbox}{%
\raisebox{0.9ex} % Adjust to match fig to letter height.
{#2}}%
\settowidth{\mytext}{\usebox{\myfigbox}}%
\addtolength{\mytext}{-2\mytext}% -\widthof{\myfigbox}
\addtolength{\mytext}{\textwidth}%
\addtolength{\mytext}{-#1}%
\addtolength{\mytext}{-\myleftskip}%
\addtolength{\mytext}{-\myrightskip}%
\savebox{\mytocbox}{\parbox[t]{\mytext}{%
{\usekomafont{chapterentry}%
\contentslabel{\myleftskip}%
#3%
\titlerule*[1pc]{.}\thecontentspage}\\*
{\usekomafont{precisentry}\csuse{precis}}}}%
\hbox{%
\ifmyrightfig
\hspace{\myleftskip}%
\usebox{\mytocbox}%
\hspace{#1}%
\usebox{\myfigbox}%
\else
\usebox{\myfigbox}%
\hspace{#1}%
\hspace{\myleftskip}%
\usebox{\mytocbox}
\fi}}
\newcommand{\tocstuff}[2][30pt]{
\titlecontents{chapter}
[0.0pt]% left margin indent
{\bigskip}% chapter ToC formatting
{\titlebox[#1]{#2}}
{}% chapter label (unnumbered)
{}% ToC page number
}
\newcommand{\ltocstuff}[2][30pt]{
\addtocontents{toc}{\protect\myrightfigfalse}
\tocstuff[#1]{#2}
}
\newcommand{\rtocstuff}[2][30pt]{
\addtocontents{toc}{\protect\myrightfigtrue}
\tocstuff[#1]{#2}
}
\usepackage{lipsum}% http://ctan.org/pkg/lipsum
%\newcommand{\ccpt}[1]{\cftchapterprecistoc{#1}}
\newcommand{\defprecis}[1]{\gdef\precis{#1}}
\newcommand{\ccpt}[1]{\addtocontents{toc}{\protect\defprecis{#1}}}
\begin{document}
\setcounter{tocdepth}{0}
\contentsmargin{0pt}% Remove right margin in ToC
\tableofcontents
\rtocstuff{\colorbox{cyan}{\includegraphics[valign=T,width=70pt]{tiger}}}
\ccpt{We will explore how to find the coordinates of various points in the 2-dimensional and 3-dimensional Euclidean spaces.}
\chapter{Coordinates of points with a long title that does not wrap properly and
causes problems}
\section{Rectangular coordinates} \lipsum[1]
\section{Projections of a segment on the axes} \lipsum[2]
\section{Distance between two points} \lipsum[3]
\section{The mid-point of a segment} \lipsum[4]
\section{Division of a segment in any ratio} \lipsum[5]
\section{Oblique coordinates} \lipsum[6]
\ltocstuff{\colorbox{cyan}{\includegraphics[valign=T,width=70pt]{tiger}}}
\ccpt{We will explore how to find the coordinates of various points in the 2-dimensional and 3-dimensional Euclidean spaces.}
\chapter{The locus of an equation}
\section{First illustrations} \lipsum[1]
\section{Curve plotting} \lipsum[2]
\section{Test that a point lie on a curve} \lipsum[3]
\section{Intercepts} \lipsum[4]
\section{Points of intersection of two curves} \lipsum[5]
\section{Oblique coordinates} \lipsum[6]
\rtocstuff{\colorbox{cyan}{\includegraphics[valign=T,width=70pt]{tiger}}}
\chapter{The straight line}
\section{Equation in terms of point and slope} \lipsum[1]
\section{Line through two points} \lipsum[2]
\section{The general equation of first degree} \lipsum[3]
\section{Parallel and perpendicular lines} \lipsum[4]
\section{Angle between two lines} \lipsum[5]
\section{Distance from a point to a line} \lipsum[6]
\end{document}
