%This Class is based on the default book class and options will be passed \NeedsTeXFormat{LaTeX2e} \ProvidesClass{Beautybook-CN}[17-06-2023 Beautybook Class] \DeclareOption*{\PassOptionsToClass{\CurrentOption}{ctexbook}} \ProcessOptions\relax \LoadClass[twoside]{ctexbook} \overfullrule=1pt %\usepackage[fontsize=13.5pt]{fontsize} \usepackage[dvipsnames,svgnames,x11names,table]{xcolor} \colorlet{outermarginfgcolor}{DarkCyan} % foregroundcolor 较深 \colorlet{outermarginbgcolor}{DarkCyan!30} % backgroundcolor 较浅 \definecolor{高粱红}{HTML}{951c48} \usepackage{cncolours} \RequirePackage{bropd} % math 自适应数学括号命令 \br{} !!! \usepackage{tikz-imagelabels} % tikz图像标注 \usepackage{epigraph-keys} % 名言引用 \usepackage{fitbox} % 图像自适应 \usepackage{xeCJKfntef} % 文字两端对齐 \usepackage{pgfornament-han} \usepackage{tikz} \usetikzlibrary{calc,shadows,hobby,intersections, decorations.markings, decorations.pathreplacing,spy,arrows,shapes,fadings,trees,mindmap,patterns,shapes.arrows,shapes.symbols,tikzmark,shapes.geometric,graphs, quotes, angles,decorations.pathmorphing,through,shadings,backgrounds,positioning,fit,arrows.meta,shapes.misc,decorations.shapes} \RequirePackage{pgfplots} %画图 %%页面样式设计核心包 %提供\pgfonlayer命令以及下列图层指令 \pgfplotsset{compat=1.18} % \ExplSyntaxOn % 封面切换程序 (LaTeX3)! \keys_define:nn {Beautybook/coverstyle} { cover-choose.choice:, cover-choose.value_required:n = true, cover-choose/cn.code:n = {\RequirePackage{stys/Beautybook-cn}}, cover-choose/en.code:n = {\RequirePackage{stys/Beautybook-en}}, cover-choose/enfig.code:n = {\RequirePackage{stys/Beautybook-enfig}}, cover-choose/birkar.code:n = {\RequirePackage{stys/Beautybook-birkar}}, %cover-choose .initial:n = en , % 设置 en 为初始值 } \newtoks \l__Beautybook_tmpa_toks \cs_new_protected:Npn \coverstyle { \tex_afterassignment:D \__Beautybook_set_coverstyle: \l__Beautybook_tmpa_toks } \cs_new:Npn \__Beautybook_set_coverstyle: { \keys_set:nV { Beautybook / coverstyle } \l__Beautybook_tmpa_toks } % Math fonts \keys_define:nn {Beautybook/mathstyle} { math-font.choice:, math-font.value_required:n = true, math-font/plain.code:n={}, math-font/mtpro2.code:n = { \RequirePackage{mtpro2} \DeclareFontFamily{U}{nxlmi}{} \DeclareFontSubstitution{U}{nxlmi}{m}{it} \DeclareFontShape{U}{nxlmi}{m}{it}{ <-6.3> nxlmi05 <6.3-8.6> nxlmi07 <8.6-> nxlmi0 }{} \DeclareFontShape{U}{nxlmi}{b}{it}{ <-6.3> nxlbmi05 <6.3-8.6> nxlbmi07 <8.6-> nxlbmi0 }{} \renewcommand{\partial}{{\text{\usefont{U}{nxlmi}{m}{it}\symbol{64}}\mspace{1mu}}} }, %cover-choose .initial:n = plain , % 设置 en 为初始值 } \cs_new_protected:Npn \mathstyle { \tex_afterassignment:D \__Beautybook_set_mathstyle: \l__Beautybook_tmpa_toks } \cs_new:Npn \__Beautybook_set_mathstyle: { \keys_set:nV { Beautybook / mathstyle } \l__Beautybook_tmpa_toks } \ExplSyntaxOff % \usepackage{stys/Beautybook-bottompage} % 封底 % \usepackage{rotating} \tikzset{>=Stealth} \setlist{nosep,font=\upshape} % 取消所有列表默认距离 % 浮动环境设置 % 默认情况下, \LaTeX{} 要求每页的文字至少占据 20%,否则该页就只单独放置一个浮动环境, % 而这通常不是我们想要的, 我们将这个要求降低到 5%. \renewcommand*{\textfraction}{0.05} % 有时如果多个浮动环境连续放在一起, % 会将它们分在几个不同页,即使它们可在同一页放 % 得下. 我们可以通过修改 |\topfraction| 和 |\bottomfraction| 分别设置顶端和底端的浮 % 动环境的最大比例. \renewcommand*{\topfraction}{0.9} \renewcommand*{\bottomfraction}{0.8} % 有时\LaTeX{}会把一个浮动环境单独放在一页, % 我们要求这个环境至少要占据 85% 才能单独放在一页. % 注意: |\floatpagefraction| 的数值必须小于 |\topfraction|. \renewcommand*{\floatpagefraction}{0.85} % 关于图片 graphicx % 如果图片没有指定后缀, 依次按下列顺序搜索 \DeclareGraphicsExtensions{.pdf,.eps,.jpg,.png} % 设置图表搜索路径, 可以给图表文件夹取如下名字 \graphicspath{{figures/}{figure/}{pictures/}{picture/}{pic/}{pics/}{image/}{images/}} \usepackage{amssymb,amsfonts} \usepackage{makeidx} \usepackage{etoolbox} % 判断函数 \usepackage{paracol} \usepackage{tikz-cd} \usepackage{imakeidx} \usepackage{anyfontsize} \usepackage{calc} \usepackage{xkeyval,ifthen} \usepackage[backgroundcolor=yellow!40!cyan!20,bordercolor=yellow!40!cyan!20,linecolor=DarkCyan]{todonotes} \usepackage{varwidth} \usepackage[colorlinks,linkcolor = purple, %%修改此处为你想要的颜色 anchorcolor = purple, %%修改此处为你想要的颜色 urlcolor = purple, %%修改此处为你想要的颜色 citecolor = purple, %%修改此处为你想要的颜色 ]{hyperref} \setcounter{tocdepth}{3} \setcounter{secnumdepth}{3}%增加编号深度 \usepackage{dashrule} \newlength\outermarginwidth \setlength\outermarginwidth{1.5cm} \newlength\covershift \setlength\covershift{5cm} \usepackage{caption} % 图注与表注格式 \colorlet{captioncolor}{outermarginfgcolor} % 图片和表格题注文字颜色 \makeatletter %%----------------------------------封面信息定义--------------------------------------------------------%% \newcommand\bookseries[1]{\def\@bookseries{#1}} \newcommand\subtitle[1]{\def\@subtitle{#1}} \newcommand\edition[1]{\def\@edition{#1}} \newcommand\presslogo[1]{\def\@presslogo{#1}} \newcommand\pressname[1]{\def\@pressname{#1}} \newcommand\coverimage[1]{\def\@coverimage{#1}} \newcommand\chapoddimage[1]{\def\@chapoddimage{#1}} \newcommand\chapevenimage[1]{\def\@chapevenimage{#1}} %%----------------------------------封面信息定义--------------------------------------------------------%% \makeatother \usepackage{indentfirst} \usepackage{physics} \definecolor{nuanbai}{HTML}{f5f5f5} % F5F5F5 \pagecolor{nuanbai} \usepackage{amsmath} \usepackage{zhlipsum} \setmainfont{XITS} \usepackage[left=2cm,right=2cm,top=.6cm,bottom=2.2cm]{geometry} \usepackage{xpatch}%修正章节编号 \usepackage[automark]{scrlayer-scrpage}%页面设置宏包,隶属于koma-script文档类 \usepackage{fontawesome5} \usepackage{mathrsfs} \usepackage[most]{tcolorbox} \tcbuselibrary{breakable, skins,theorems}%TcolorBox Library \usepackage{tabularx} \usepackage{lastpage} %\usepackage{twemojis} \usepackage{ninecolors} \usepackage{colortbl} %彩色表格 \RequirePackage{tabularray} \UseTblrLibrary{amsmath} % 定义 +array, +matrix, +bmatrix, +Bmatrix, +pmatrix, +vmatrix, +Vmatrix 和 +cases 环境。其 % 中,每一个环境都类似于不带 + 前缀的环境,但是就像 tblr 环境一样,使用 rowsep=2pt 默认值。 % 除了+array 环境外,其余的每个环境都可以带一个可选项,通过该可选项,可能为环境设置内部 % 参数。 \UseTblrLibrary{booktabs} % 定义 \toprule、 \midrule、\bottomrule 和 \cmidrule 命令,这些命令可以直接用于 tblr环境中 \UseTblrLibrary{diagbox} % 在tblr 环境中使用 \diagbox 和\diagboxthree 命令排版斜线表头 \UseTblrLibrary{varwidth} % 为表格添加 measure 内部参数。当设置了 measure=vbox 后,则会使用 \vbox 测量单元格宽度。%可以使用stretch=-1 移除列表环境上下的间距, 注意,stretch=-1 选项也会移除单元格中的支架 \usepackage{pgfornament} \usepackage{zhnumber} \usepackage{dashrule} \usepackage{adjustbox} \usepackage{enumitem} \usepackage{multicol} \usepackage{amsthm} \RequirePackage{thmtools,thm-restate}%定理环境 %定理的重写 \usepackage{bclogo} \usepackage{ulem} \RequirePackage{pgfplots} %画图 %%页面样式设计核心包 %提供\pgfonlayer命令以及下列图层指令 \pgfplotsset{compat=1.18} \usepackage{graphicx}%修正minipage顶部对齐问题 \pgfdeclarelayer{background} %背景%底层 \pgfdeclarelayer{foreground} %上层 \pgfdeclarelayer{top} %顶部 \pgfdeclarelayer{bottom} %底部 \pgfsetlayers{bottom,background,main,foreground,top} \newcommand{\tikzoverlay}[1]{\begin{tikzpicture}[remember picture,overlay] #1 \end{tikzpicture}} \usepackage[explicit]{titlesec} % tcolorbox中插入图片或者tikz绘图方法 \newcommand\Figure[4]{% \begin{center} \captionsetup{type=figure} %消除 Package caption Warning: The option `hypcap=true' will be ignored for this %(caption) particular \caption on input line XX.警告信息 \includegraphics[#1]{#2} \captionof{figure}{#3}\label{#4} \end{center} }%用法 : 用于tcolorbox中插入图片 \newcommand\Tikz[3]{% \begin{center} \captionsetup{type=figure} %消除 Package caption Warning: The option `hypcap=true' will be ignored for this(caption) particular \caption on input line XX.警告信息 #3 %最后一个参数为Tikz画图代码窗口 \captionof{figure}{#1}\label{#2} %第一与第二个参数是Tikz画图的名称与标签 \end{center} } %用法 : 用于tcolorbox中插入Tikz绘图 %特殊注释矩阵 \newcommand\coolover[2]{\mathrlap{\smash{\overbrace{\phantom{% \begin{matrix} #2 \end{matrix}}}^{\mbox{$#1$}}}}#2} \newcommand\coolunder[2]{\mathrlap{\smash{\underbrace{\phantom{% \begin{matrix} #2 \end{matrix}}}_{\mbox{$#1$}}}}#2} \newcommand\coolleftbrace[2]{% #1\left\{\vphantom{\begin{matrix} #2 \end{matrix}}\right.} \newcommand\coolrightbrace[2]{% \left.\vphantom{\begin{matrix} #1 \end{matrix}}\right\}#2} \definecolor{lightergray}{gray}{0.99} \newcommand*{\circled}[1]{\lower.7ex\hbox{\tikz\draw (0pt, 0pt)% circle (.5em) node {\makebox[1em][c]{\small #1}};}} \newcommand{\twicecircle}{\raisebox{.7ex}{ \begin{tikzpicture}[remember picture,overlay] \draw[line width=0.6pt,black!60] (0,0) circle (3pt); \fill[black] (0,0) circle (1.6pt) ; \end{tikzpicture}} } \newcommand{\exercise}[2][\bcicosaedre]{\bigskip \begin{tikzpicture}[remember picture,overlay] \draw[line width=2pt,loosely dotted,teal] (0,0)--node[pos=0.4,rectangle,minimum height=1.5em,font=\sffamily\Large,text=black,fill=black!2,drop shadow={opacity=.3, shadow xshift=0.1cm},anchor=center, inner sep=1.5mm, anchor=west,] {$#1$ ~ #2} (\linewidth,0); \end{tikzpicture}\bigskip\smallskip } \usepackage{extarrows} \newcommand{\R}{\mathbb{R}} \newcommand{\F}{\mathcal{F}} \newcommand{\lan}[1]{\langle #1 \rangle} \newenvironment{eq}[1]{\begin{equation}\begin{aligned}#1}{\end{aligned}\end{equation}} %有编号 \newenvironment{eq*}[1]{\begin{equation*}\begin{aligned}#1}{\end{aligned}\end{equation*}} %无编号 \everymath{\displaystyle} %% -------- 章节样式 \makeatletter \titleformat{\chapter}{\huge\bfseries\filcenter}{}{1em}{ \makebox[0pt][l]{\def\rad{7pt}% \begin{tikzpicture}[remember picture, overlay]% \begin{pgfonlayer}{bottom} \shade[left color=outermarginbgcolor!20,middle color=outermarginbgcolor!50,right color=outermarginfgcolor!20] (current page.north west) rectangle ++(\paperwidth,-.2\paperheight); % background \fill[outermarginfgcolor,opacity=.5]([shift={(0,-4.45cm)}]current page.north west) rectangle ++(\paperwidth,-2mm); % line \end{pgfonlayer} \path[fill=outermarginfgcolor]node[append after command={ ([xshift=-3*\rad]chapinfoofpart.north west) to[out=0,in=-180,looseness=1] ([xshift=\rad]chapinfoofpart.south west) --([xshift=-\rad]chapinfoofpart.south east) to[out=0,in=180,looseness=1] ([xshift=3*\rad]chapinfoofpart.north east) --cycle}, text=white,font=\large\bfseries,align=center,minimum height=1cm] (chapinfoofpart) at ([shift={(.6\linewidth,-4.95cm)}]current page.north west) {Part\ \thepart}; \begin{pgfonlayer}{bottom} \fill[outermarginfgcolor!90,opacity=0.5] ([shift={(-3*\rad,0)}]chapinfoofpart.north west) to[out=180,in=0,looseness=1] +(-4*\rad,-1.2cm)--([shift={(7*\rad,-1.2cm)}]chapinfoofpart.north east) to[out=-180,in=0,looseness=1] +(-4*\rad,1.2cm); % partnumber shade \end{pgfonlayer} \ifodd\value{page} \begin{pgfonlayer}{top} \fill[outermarginfgcolor,opacity=0.8,rounded corners=5pt]node[append after command={([yshift=2cm]chapnum.north west) rectangle (chapnum.south east)},right,text=white,minimum width=2cm,align=center,font=\bf] (chapnum) at ([shift={(2cm,-2.5cm)}]current page.north west) {\scalebox{3}{\thechapter}}; % \pattern[pattern=sixpointed stars,pattern color=outermarginfgcolor!50,opacity=0.8] % ([yshift=2cm]chapnum.north west) rectangle (chapnum.south east); \fill [outermarginfgcolor,path fading=fade up,rounded corners=5pt]% ([yshift=2cm]chapnum.north west) rectangle (chapnum.south east); \node[above left,font=\fontsize{25}{25}\selectfont\bfseries,align=center] (contents name) at ([shift={(0cm,-4.45cm)}]current page.north east) {\begin{varwidth}{.7\linewidth}\baselineskip=2ex #1\end{varwidth}}; \end{pgfonlayer} \begin{pgfonlayer}{bottom} \node[right] (image) at ([shift={(-0.5cm,-2.8cm)}]current page.north west) {\includegraphics[width=7cm]{\@chapoddimage}}; \end{pgfonlayer} \node[above left,font=\fontsize{15}{15}\selectfont,circle,fill=outermarginfgcolor,text=white,inner sep=1mm] (pagenumber) at ([shift={(-5mm,5mm)}]current page.south east) {\thepage}; \else \begin{pgfonlayer}{top} \fill[outermarginfgcolor,opacity=0.8,rounded corners=5pt]node[append after command={([yshift=2cm]chapnum.north west) rectangle (chapnum.south east)},left,text=white,minimum width=2cm,align=center,font=\bf] (chapnum) at ([shift={(-2.0cm,-2.5cm)}]current page.north east) {\scalebox{3}{\thechapter}}; % \pattern[pattern=sixpointed stars,pattern color=outermarginfgcolor!50,opacity=0.8] % ([yshift=2cm]chapnum.north west) rectangle (chapnum.south east); \fill [outermarginfgcolor,path fading=fade up,rounded corners=5pt]% ([yshift=2cm]chapnum.north west) rectangle (chapnum.south east); \node[above right,font=\fontsize{25}{25}\selectfont\bfseries,align=center] (contents name) at ([shift={(0cm,-4.45cm)}]current page.north west) {\begin{varwidth}{.7\linewidth}\baselineskip=2ex #1\end{varwidth}}; \end{pgfonlayer} \begin{pgfonlayer}{background} \node[left] (image) at ([shift={(0.5cm,-2.8cm)}]current page.north east) {\includegraphics[width=7cm]{\@chapevenimage}}; \end{pgfonlayer} \node[above right,font=\fontsize{15}{15}\selectfont,circle,fill=outermarginfgcolor,text=white,inner sep=1mm] (pagenumber) at ([shift={(5mm,5mm)}]current page.south west) {\thepage}; \fi \fill[outermarginfgcolor,rounded corners=2pt] (current page.south west) -- ++(1.5mm,1.5mm) --++(\paperwidth-3mm,0mm)--++(1.5mm,-1.5mm)--cycle; \end{tikzpicture}} } \titleformat{name=\chapter,numberless}{\bfseries\huge\filcenter}{}{1em}{ \makebox[0pt][l]{\def\rad{7pt}% \begin{tikzpicture}[remember picture, overlay]% \begin{pgfonlayer}{bottom} \shade[left color=outermarginbgcolor!20,middle color=outermarginbgcolor!50,right color=outermarginfgcolor!20] (current page.north west) rectangle ++(\paperwidth,-.2\paperheight); % background \fill[outermarginfgcolor,opacity=.5]([shift={(0,-4.45cm)}]current page.north west) rectangle ++(\paperwidth,-2mm); % line \end{pgfonlayer} \ifodd\value{page} \begin{pgfonlayer}{top} \node[above left,font=\fontsize{25}{25}\selectfont\bfseries,align=center] (contents name) at ([shift={(0cm,-4.45cm)}]current page.north east) {\begin{varwidth}{.7\linewidth}\baselineskip=2ex #1\end{varwidth}}; \end{pgfonlayer} \begin{pgfonlayer}{bottom} \node[right] (image) at ([shift={(-0.5cm,-2.8cm)}]current page.north west) {\includegraphics[width=7cm]{\@chapoddimage}}; \end{pgfonlayer} \node[above left,font=\fontsize{15}{15}\selectfont,circle,fill=outermarginfgcolor,text=white,inner sep=1mm] (pagenumber) at ([shift={(-5mm,5mm)}]current page.south east) {\thepage}; \else \begin{pgfonlayer}{top} \node[above right,font=\fontsize{25}{25}\selectfont\bfseries,align=center] (contents name) at ([shift={(0cm,-4.45cm)}]current page.north west) {\begin{varwidth}{.7\linewidth}\baselineskip=2ex #1\end{varwidth}}; \end{pgfonlayer} \begin{pgfonlayer}{background} \node[left] (image) at ([shift={(0.5cm,-2.8cm)}]current page.north east) {\includegraphics[width=7cm]{\@chapevenimage}}; \end{pgfonlayer} \node[above right,font=\fontsize{15}{15}\selectfont,circle,fill=outermarginfgcolor,text=white,inner sep=1mm] (pagenumber) at ([shift={(5mm,5mm)}]current page.south west) {\thepage}; \fi \fill[outermarginfgcolor,rounded corners=2pt] (current page.south west) -- ++(1.5mm,1.5mm) --++(\paperwidth-3mm,0mm)--++(1.5mm,-1.5mm)--cycle; \end{tikzpicture}} } \titlespacing{\chapter}{0pt}{0pt}{65pt} \makeatother % -------- Part定制 \makeatletter \newcommand\partabstract[1]{\def\@partabstract{#1}} \newcommand\partimage[1]{\def\@partimage{#1}} \titleformat{\part} {\normalfont\huge\filcenter} {} {20pt} {\begin{tikzpicture}[remember picture,overlay] \def\barwidth{2cm} \fill[outermarginbgcolor,opacity=0.6] (current page.north west) rectangle (current page.south east); \ifodd\value{page} \fill[outermarginfgcolor] (current page.north east) rectangle ++(-\barwidth,-\paperheight); \node[] (hbar) at ($(current page.north)!0.33!(current page.south)$) { \begin{tikzpicture} \fill[white] (0,0) rectangle ++(\paperwidth,-1cm); \fill[outermarginbgcolor] (0,-.25cm) rectangle ++(\paperwidth,-.5cm); \fill[outermarginfgcolor] (.67\paperwidth,-.25cm) rectangle ++(4.5cm,-.5cm); \fill[outermarginfgcolor!20!white] (.67\paperwidth-1mm,-.25cm) rectangle ++(1mm,-.5cm); \fill[outermarginfgcolor!20!white] (.67\paperwidth+4.4cm,-.25cm) rectangle ++(1mm,-.5cm); \end{tikzpicture} }; \node[above,font=\sffamily\huge,shift={(.33\linewidth,.5\barwidth)}] (partname) at (hbar) {第\,\zhnumber{\arabic{part}}\,部\,分}; \node[below,left,font=\bfseries\huge,shift={(.146\linewidth,-1.5*\barwidth)}] (partcontents) at (partname) {\begin{varwidth}{.8\linewidth}\raggedright\baselineskip=2.8ex #1 \end{varwidth}}; % 标题名称 \begin{pgfonlayer}{background} \node[above,shift={(-.4\linewidth,-4*\barwidth)},opacity=0.8] at (partname) {\ifdefvoid{\@partimage}{}{\includegraphics[width=1.2\linewidth]{\@partimage}}}; % 图片位置调整 \end{pgfonlayer} \node[above right,font=\fontsize{15}{15}\selectfont,circle,fill=outermarginfgcolor,text=white,inner sep=1mm] (pagenumber) at ([shift={(5mm,5mm)}]current page.south west) {\thepage}; \else \fill[outermarginfgcolor] (current page.north west) rectangle ++(\barwidth,-\paperheight); \node[] (hbar) at ($(current page.north)!0.33!(current page.south)$) { \begin{tikzpicture} \fill[white] (0,0) rectangle ++(\paperwidth,-1cm); \fill[outermarginbgcolor] (0,-.25cm) rectangle ++(\paperwidth,-.5cm); \fill[outermarginfgcolor] (.15\paperwidth,-.25cm) rectangle ++(4.5cm,-.5cm); \fill[outermarginfgcolor!20!white] (.15\paperwidth-1mm,-.25cm) rectangle ++(1mm,-.5cm); \fill[outermarginfgcolor!20!white] (.15\paperwidth+4.5cm,-.25cm) rectangle ++(1mm,-.5cm); \end{tikzpicture} }; \node[above,font=\sffamily\huge,shift={(-.31\linewidth,.5\barwidth)}] (partname) at (hbar) {第\,\zhnumber{\arabic{part}}\,部\,分}; \node[below right,font=\bfseries\huge,shift={(-.125\linewidth,-1.2*\barwidth)}] (partcontents) at (partname) {\begin{varwidth}{.8\linewidth}\raggedright\baselineskip=2.8ex #1 \end{varwidth}}; % 标题名称 \begin{pgfonlayer}{background} \node[above,shift={(.4\linewidth,-4*\barwidth)},opacity=0.8] at (partname) {\ifdefvoid{\@partimage}{}{\includegraphics[width=1.2\linewidth]{\@partimage}}}; % 图片位置调整 \end{pgfonlayer} \node[above left,font=\fontsize{15}{15}\selectfont,circle,fill=outermarginfgcolor,text=white,inner sep=1mm] (pagenumber) at ([shift={(-5mm,5mm)}]current page.south east) {\thepage}; \fi \node[below,,font=\itshape\fontsize{13}{13}\selectfont,shift={(0\linewidth,-1.65*\barwidth)}] at (hbar) {\ifdefvoid{\@partabstract}{}{\begin{varwidth}{.85\linewidth}\baselineskip=3ex \@partabstract\end{varwidth}}}; % 简介文字调整 \end{tikzpicture}} \makeatother \assignpagestyle{\part}{empty} \assignpagestyle{\chapter}{empty} %% -- Section \titleformat{\section} {} {} {-.5em} %左右移动\thesection标签位置 {\mysectionformat{#1}} \newcommand{\mysectionformat}[1]{% \makebox[0pt][l]{\def\rad{7pt}% \begin{tikzpicture}[remember picture] \path[fill=outermarginfgcolor,drop shadow={opacity=0.3,shadow xshift=.05cm,shadow yshift=-.05cm}]node[append after command={ ([xshift=\rad]sec.north west) to[out=180,in=0,looseness=1] ([xshift=-3*\rad]sec.south west) --([xshift=-\rad]sec.south east) to[out=0,in=180,looseness=1] ([xshift=3*\rad]sec.north east) --cycle}, text=white,font=\rmfamily\large\bfseries,align=center,inner ysep=2mm] (sec) at (0,0) {Sec\ \thesection}; \draw[outermarginbgcolor,line width=0.5pt] (sec.north east)--++(.8\linewidth,0); \node[text=black,font=\rmfamily\bfseries\Large,below right] (secnum) at ([shift={(0,0mm)}]sec.north east) {\begin{varwidth}{.85\linewidth}\setlength\baselineskip{22.5pt}\hspace{.5cm}#1\end{varwidth}}; \end{tikzpicture}}}%最后一个选项为 [] \titlespacing*{\section}{0pt}{3.5ex plus 1ex minus .2ex}{2.3ex plus .2ex} % 侧边条 \newlength\chapternumbersize \setlength\chapternumbersize{40pt} \setlength{\headheight}{40pt} % 页眉高度 \usepackage{xpatch} \usepackage{scrlayer-scrpage} \renewcommand\chaptermarkformat{} % define a new mark for the chapter number \newmarks\chapternum \xapptocmd\chaptermark{\marks\chapternum{\thechapter}}{}{\PatchFailed} \newmarks\secnum \xapptocmd\sectionmark{\marks\secnum{\thesection}}{}{\PatchFailed} \newcommand*\outermarginpagemark{% \tikzoverlay{ \begin{pgfonlayer}{top} \ifodd\value{page} \fill[outermarginfgcolor,rounded corners=2pt] (current page.north east) --++(-5pt,-0.15cm)--++(-\outermarginwidth+10pt,0) --++(-5pt,0.15cm)--cycle; \coordinate (anchor of headmark) at ([shift={(-1.2\outermarginwidth,-0.2cm)}]current page.north east); \node[below ,text=outermarginfgcolor,font=\bfseries\fontsize{20}{20}\selectfont] at ([shift={(-.5\outermarginwidth,-0.2cm)}]current page.north east) {\thepage}; \node[below left,font=\upshape,text=outermarginfgcolor] at (anchor of headmark) {\begin{varwidth}{\linewidth}\rightmark\end{varwidth}}; \fill[outermarginfgcolor,rounded corners=2pt] (current page.south east) --++(-5pt,0.15cm)--++(-\outermarginwidth+10pt,0) --++(-5pt,-0.15cm)--cycle; \else \fill[outermarginfgcolor,rounded corners=2pt] (current page.north west) --++(5pt,-0.15cm)--++(\outermarginwidth-10pt,0) --++(5pt,0.15cm)--cycle; \coordinate (anchor of headmark) at ([shift={(1.2\outermarginwidth,-0.2cm)}]current page.north west); \node[below ,text=outermarginfgcolor,font=\bfseries\fontsize{20}{20}\selectfont] at ([shift={(.5\outermarginwidth,-0.2cm)}]current page.north west) {\thepage}; \node[below right,font=\upshape,text=outermarginfgcolor] at (anchor of headmark) {\begin{varwidth}{\linewidth}\rightmark\end{varwidth}}; \fill[outermarginfgcolor,rounded corners=2pt] (current page.south west) --++(5pt,0.15cm)--++(\outermarginwidth-10pt,0) --++(5pt,-0.15cm)--cycle; \fi \end{pgfonlayer}} } \newlength\baryshift \setlength\baryshift{-2.5\outermarginwidth} \makeatletter % Add A Side-Bar Box For The Chapter Number \newcommand*\outermarginchapternumberbox{% \if@mainmatter \tikzoverlay{ \shade[top color=outermarginfgcolor!90,bottom color=outermarginbgcolor] (\outermarginwidth,-.5\outermarginwidth) rectangle (0,-1.5\outermarginwidth); \node[anchor=center,text=white,font=\bfseries] at (1/2*\outermarginwidth,-\outermarginwidth) {\usekomafont{chapternumber}{\botmarks\chapternum}};% } \fi \vfill } \makeatother \newkomafont{chapternumber}{%页边章节编号字体 \fontsize{\chapternumbersize}{\chapternumbersize}\selectfont }% \makeatletter \newcommand\outermarginmark{ \ifodd\value{page}\hfill\else\hspace*{\dimexpr\outermarginwidth*3/8\relax}\fi \rotatebox{90}{\parbox{\layerheight}{ \raggedleft \usekomafont{outermargin}{% \MakeMarkcase{\ifodd\value{page}\odd@outermargin\else\even@outermargin\fi}}% }}% \ifodd\value{page}\hspace*{\dimexpr\outermarginwidth*3/8\relax}\fi% } \newcommand*\even@outermargin{} \newcommand*\odd@outermargin{} \newcommand*\evenoutermargin[1]{\renewcommand\even@outermargin{#1}}% 偶数页内容 \newcommand*\oddoutermargin[1]{\renewcommand\odd@outermargin{#1}}% 奇数页内容 \makeatother % \newkomafont{outermargin}{%页边章节名称字体 \sffamily\bfseries\fontsize{15}{15}\selectfont\color{outermarginfgcolor} } % declare new page style using layers \DeclareNewPageStyleByLayers{scth}{% scth.outermargin.bg.even,% scth.outermargin.bg.odd,% scth.outermargin.fg.even,% scth.outermargin.fg.odd,% scth.outermargin.pn.even,% scth.outermargin.pn.odd,% scth.outermargin.cn.even,% scth.outermargin.cn.odd,% scth.outermargin.text.even,% scth.outermargin.text.odd% } % define the layers for even pages \DeclareNewLayer[ background, % 下层(背景) evenpage, outermargin, width=\outermarginwidth, contents={\color{outermarginbgcolor}\rule{\layerwidth}{\layerheight}} %色彩装饰条 ]{scth.outermargin.bg.even}% %%=============% 页边条颜色 %=======================%% \tikzfading[name=fade south, top color =transparent!0, bottom color=transparent!80] \tikzfading[name=fade north, top color =transparent!100, bottom color=transparent!0] %偶数页边纹理效果设置 \newcommand{\evensidbardeepcolor}{% \tikzoverlay{ \ifodd\value{page} \fill [outermarginfgcolor!20]% (current page.north east) rectangle ([xshift=-\outermarginwidth,yshift=0]current page.south east); \pattern [pattern=checkerboard,pattern color=outermarginfgcolor!50]% (current page.north east) rectangle ([xshift=-\outermarginwidth,yshift=0]current page.south east); \fill [outermarginbgcolor!90,path fading=fade south]% ([yshift=1mm]current page.north east) rectangle ([xshift=-\outermarginwidth,yshift=-.5\layerheight]current page.north east); \fill [outermarginbgcolor,path fading=fade north]% (current page.south east) rectangle ([xshift=-\outermarginwidth,yshift=.2\layerheight]current page.south east); \else \fill [outermarginfgcolor!20]% (current page.north west) rectangle ([xshift=\outermarginwidth,yshift=0]current page.south west); \pattern [pattern=checkerboard,pattern color=outermarginfgcolor!50]% (current page.north west) rectangle ([xshift=\outermarginwidth,yshift=0]current page.south west); \fill [outermarginbgcolor!90,path fading=fade south]% ([yshift=1mm]current page.north west) rectangle ([xshift=\outermarginwidth,yshift=-.5\layerheight]current page.north west); \fill [outermarginbgcolor,path fading=fade north]% (current page.south west) rectangle ([xshift=\outermarginwidth,yshift=.2\layerheight]current page.south west); \fi } } %%==============偶数页页边条颜色========================%% \DeclareNewLayer[ foreground, % evenpage, outermargin, width=\outermarginwidth, contents=\evensidbardeepcolor %色彩装饰条 ]{scth.outermargin.fg.even}% %%==============偶数页页脚页码========================%% \DeclareNewLayer[ foreground, %上层 (背景之上) evenpage, foot, % 页脚 contents=\outermarginpagemark ]{scth.outermargin.pn.even}% %%==============偶数页章节编号========================%% \DeclareNewLayer[ foreground, %上层 (背景之上) evenpage, head, %页眉 hoffset=0pt, width=\outermarginwidth, align=t, addvoffset=\dimexpr-\chapternumbersize-12pt+\headheight\relax, height=\chapternumbersize+\headheight, contents=\outermarginchapternumberbox%章节编号 ]{scth.outermargin.cn.even}% %%======================章节名称===================================%% \DeclareNewLayer[ clone=scth.outermargin.cn.even, addheight=\dimexpr\headheight+\headsep+\textheight\relax, addvoffset=\dimexpr+2\outermarginwidth\relax, hoffset=-2.5pt, contents=\outermarginmark % ]{scth.outermargin.text.even}% % define the layers for odd page from the settings for even pages \newcommand*\DeclareOddFromEven[1]{%复制自偶数页样式命令 \DeclareNewLayer[ clone=#1.even, oddpage, align=r, hoffset=\paperwidth ]{#1.odd}% } \DeclareOddFromEven{scth.outermargin.bg} \DeclareOddFromEven{scth.outermargin.pn} \DeclareOddFromEven{scth.outermargin.cn} \DeclareOddFromEven{scth.outermargin.text} \DeclareOddFromEven{scth.outermargin.fg} % add the layers to page style scrheadings and page style plain \ForEachLayerOfPageStyle*{scth}{% \AddLayersToPageStyle{scrheadings}{#1}% \AddLayersToPageStyle{plain.scrheadings}{#1}% } %---------------------------------------------- \KOMAoptions{markcase=upper} %页眉 % for page styles scrheadings and plain \clearpairofpagestyles \ohead{} \cfoot{} \ofoot{} % set the contents of the outer margin on even and odd pages for scrheadings, plain and scth \oddoutermargin{\bf\leftmark} % Odd 奇数页 \makeatletter \evenoutermargin{\bfseries\@title} % Even 偶数页 \makeatother %% 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} %% End The Most Beautiful Box \makeatletter \definecolor{CyaN}{HTML}{dbe1e5} \colorlet{OrangE}{yellow!20!orange} \colorlet{BluE}{cyan!70!blue} \colorlet{ReD}{red!20!orange} \colorlet{GreeN}{yellow!40!green} % 第一种定理 \tcbset{my@basic@thm/.style={enhanced jigsaw, breakable, enlarge left by=-3.5mm, width=\textwidth+3.5mm, boxrule=0pt, top=2pt, bottom=2pt, left=2.5mm, frame hidden}} \newcommand{\@my@newtheorem@n}[1]{\ERROR} \newcommand{\@my@newtheorem@nn}[2]{% \@ifundefined{#1}{\@my@newtheorem{#1}#2}{\@my@renewtheorem{#1}#2}} \NewDocumentCommand{\@my@newtheorem}{ m m o +m } {\IfNoValueTF{#3}{\newtheorem{#1}{#2}}{\newtheorem{#1}{#2}[#3]}% \tcbset{my@#1@thmstyle/.style={#4}}% \tcolorboxenvironment{#1}{my@basic@thm, my@#1@thmstyle}} \NewDocumentCommand{\@my@renewtheorem}{ m m o +m } {\IfNoValueTF{#3}{\renewtheorem{#1}{#2}}{\renewtheorem{#1}{#2}[#3]}% \tcbset{my@#1@thmstyle/.style={#4}}} % % ---------------------------------------------------------------------------------- % % 第二种定理 \tcbset{my@basic@tcbthm/.style={detach title,}} \newcommand{\@my@newtcbtheorem@n}[1]{\ERROR} \newcommand{\@my@newtcbtheorem@nn}[2]{% \@ifundefined{#1}{\@my@newtcbtheorem{#1}{#2}}{\@my@renewtcbtheorem{#1}{#2}}} \newcommand{\@my@newtcbtheorem}[2]{% \edef\my@curr@thmenvname{#1}% 它保存当前定理环境的名称 \mytcbtheoremset{#2}% \NewTColorBox{#1}{ O{} O{} o } {my@basic@tcbthm, my@#1@tcbthmstyle, title={##2}, IfNoValueF={##3}{label={##3}}, ##1}} \newcommand{\@my@renewtcbtheorem}[2]{\edef\my@curr@thmenvname{#1}\mytcbtheoremset{#2}} % 键值设置 \pgfkeys{/mytcbtheorem/.is family} \newcommand{\mytcbtheoremset}{\pgfqkeys{/mytcbtheorem}} \mytcbtheoremset{ name/.code=\@namedef{\my@curr@thmenvname @name}{#1}, %无效 counter/.code=\@namedef{my@\my@curr@thmenvname @counter}{#1}\newcounter{#1}[chapter], % 计数器遇到subsection就会自动归零 % https://zhuanlan.zhihu.com/p/57454848#circle=on the counter/.code=\@namedef{the\@nameuse{my@\my@curr@thmenvname @counter}}{#1}, autoref name/.code=\@namedef{\@nameuse{my@\my@curr@thmenvname @counter}autorefname}{#1}, style/.code=\tcbset{my@\my@curr@thmenvname @tcbthmstyle/.style={#1}}, thmcolor/.code=\@namedef{\my@curr@thmenvname @thmcolor}{#1}, %无效 lemcolor/.code=\@namedef{\my@curr@thmenvname @lemcolor}{#1}, %无效 } % 存储键值 (LaTeX3) \ExplSyntaxOn \cs_new_protected:Npn \mynewtheorem { \keyval_parse:NNn \@my@newtheorem@n \@my@newtheorem@nn } \cs_new_protected:Npn \mynewtcbtheorem { \keyval_parse:NNn \@my@newtcbtheorem@n \@my@newtcbtheorem@nn } \ExplSyntaxOff \makeatother % 第二种定理 \makeatletter %% Overlay Settings \newcommand{\my@theorem@overlay@unbroken}[2]{ %%============== First ==============%% \fill[black!60] ([xshift=1cm,yshift=5pt]frame.north west)-- ([xshift=0.8cm,yshift=0cm]frame.north west)--([xshift=1.2cm,yshift=0cm]frame.north west)--cycle; \node[rectangle, text=white, drop shadow={opacity=.3, shadow xshift=0.1cm}, inner sep=1.5mm,fill=#2, anchor=west,rounded corners=3pt,font=\bfseries\normalsize] at ([xshift=0cm,yshift=-3.mm]frame.north west) {\hspace*{1.5em}#1.\ \ifdefvoid{\tcbtitletext}{}{(\tcbtitletext)}}; \fill[color=#2,drop shadow={opacity=0.3,shadow xshift=.3pt}] ([xshift=1cm,yshift=5pt]frame.north west) {[rounded corners=3pt]--++(-1cm-5pt,0)}--++(0,-1cm-5pt)--cycle; \fill[color=black!60] ([xshift=-5pt,yshift=-1cm]frame.north west)--([xshift=0cm,yshift=-0.8cm]frame.north west)-- ([xshift=0cm,yshift=-1.2cm]frame.north west)--cycle; %%============== End ==============%% \fill[#2,drop shadow={opacity=0.3,shadow xshift=-0.008\linewidth,shadow yshift=0.0016\linewidth}] ([xshift=-0.05\linewidth,yshift=-5pt]frame.south east) {[rounded corners=3pt]--++(0.05\linewidth+5pt,0)}--++(0,0.05\linewidth+5pt)--cycle; \fill[black!60] ([xshift=-0.05\linewidth,yshift=-5pt]frame.south east) -- ([xshift=-0.04\linewidth,yshift=0pt]frame.south east)-- ([xshift=-0.06\linewidth,yshift=0pt]frame.south east)--cycle; \fill[black!60] ([xshift=5pt,yshift=0.05\linewidth]frame.south east)-- ([yshift=0.04\linewidth]frame.south east) -- ([yshift=0.06\linewidth]frame.south east)--cycle; } \newcommand{\my@theorem@overlay@first}[2]{ \fill[black!60] ([xshift=1cm,yshift=5pt]frame.north west)-- ([xshift=0.8cm,yshift=0cm]frame.north west)--([xshift=1.2cm,yshift=0cm]frame.north west)--cycle; \node[rectangle, text=white, drop shadow={opacity=.3, shadow xshift=0.1cm}, inner sep=1.5mm,fill=#2, anchor=west,rounded corners=3pt,font=\bfseries\normalsize] at ([xshift=0cm,yshift=-3.mm]frame.north west) {\hspace*{1.5em}#1.\ \ifdefvoid{\tcbtitletext}{}{(\tcbtitletext)}}; \fill[color=#2,drop shadow={opacity=0.3,shadow xshift=.3pt}] ([xshift=1cm,yshift=5pt]frame.north west) {[rounded corners=3pt]--++(-1cm-5pt,0)}--++(0,-1cm-5pt)--cycle; \fill[color=black!60] ([xshift=-5pt,yshift=-1cm]frame.north west)--([xshift=0cm,yshift=-0.8cm]frame.north west)-- ([xshift=0cm,yshift=-1.2cm]frame.north west)--cycle; } \newcommand{\my@theorem@overlay@last}[1]{ \fill[#1,drop shadow={opacity=0.3,shadow xshift=-0.008\linewidth,shadow yshift=0.0016\linewidth}] ([xshift=-0.05\linewidth,yshift=-5pt]frame.south east) {[rounded corners=3pt]--++(0.05\linewidth+5pt,0)}--++(0,0.05\linewidth+5pt)--cycle; \fill[black!60] ([xshift=-0.05\linewidth,yshift=-5pt]frame.south east) -- ([xshift=-0.04\linewidth,yshift=0pt]frame.south east)-- ([xshift=-0.06\linewidth,yshift=0pt]frame.south east)--cycle; \fill[black!60] ([xshift=5pt,yshift=0.05\linewidth]frame.south east)-- ([yshift=0.04\linewidth]frame.south east) -- ([yshift=0.06\linewidth]frame.south east)--cycle; } % Second theorem style overlay settings \newcommand{\my@lemma@overlay@unbroken}[2]{ %%============== First ==============%% \def\Rad{3.5pt} \def\theight{0.57cm} \def\rad{7pt}% \path[fill=#2,drop shadow={opacity=0.3,shadow xshift=.05cm,shadow yshift=-.05cm}]node[append after command={ ([xshift=-1.5*\rad]thmname.north west) to[out=0,in=180,looseness=1] ([xshift=2.5*\rad]thmname.south west) --([xshift=-\rad]thmname.south east) to[out=0,in=180,looseness=1] ([xshift=3*\rad]thmname.north east) --cycle}, text=white,font=\bfseries,align=center,inner ysep=1.5mm,right] (thmname) at ([xshift=\rad,yshift=-\rad]frame.north west) {\hspace*{10pt}#1.\ \ifdefvoid{\tcbtitletext}{}{(\tcbtitletext)}}; \begin{pgfonlayer}{bottom} \fill[#2,opacity=0.5] ([xshift=-1.5*\rad]thmname.north west) to[out=-90,in=0,looseness=1.5] +(3pt,-6pt) -| +(10pt,0)--cycle; \fill[#2,opacity=0.5] ([xshift=3*\rad]thmname.north east) to[out=0,in=-90] +(5pt,-5pt) -| ++(-10pt,0) --cycle; \end{pgfonlayer} %%============== End ==============%% \def\tlen{1.5cm} \path[fill=#2,drop shadow={opacity=0.3,shadow xshift=.3pt}] ([xshift=-2*\rad,yshift=-5pt]frame.south east) coordinate (SE) to[out=0,in=180] +(4*\rad,5pt+\theight) --([shift={(-\tlen+4*\rad,5pt+\theight)}]SE) to[out=180,in=0] +(-4*\rad,-5pt-\theight) --cycle; \begin{pgfonlayer}{bottom} \fill[color=#2!80!black] ([xshift=-1.35*\tlen+\Rad,yshift=-5pt]frame.south east) to[out=180,in=90,looseness=0.7] ([xshift=-1.35*\tlen-0.5*\Rad]frame.south east) coordinate (NWl)--([xshift=2*\rad]NWl) to[out=-90,in=-180,looseness=0.7] ([xshift=-1.35*\tlen+\Rad,yshift=-5pt]frame.south east)--cycle; \end{pgfonlayer} } \newcommand{\my@lemma@overlay@first}[2]{ %%============== First ==============%% \def\Rad{3.5pt} \def\theight{0.57cm} \def\rad{7pt}% \path[fill=#2,drop shadow={opacity=0.3,shadow xshift=.05cm,shadow yshift=-.05cm}]node[append after command={ ([xshift=-1.5*\rad]thmname.north west) to[out=0,in=180,looseness=1] ([xshift=2.5*\rad]thmname.south west) --([xshift=-\rad]thmname.south east) to[out=0,in=180,looseness=1] ([xshift=3*\rad]thmname.north east) --cycle}, text=white,font=\bfseries,align=center,inner ysep=1.5mm,minimum height=0.6cm,right] (thmname) at ([xshift=\rad,yshift=-\rad]frame.north west) {\hspace*{10pt}#1.\ \ifdefvoid{\tcbtitletext}{}{(\tcbtitletext)}}; \begin{pgfonlayer}{bottom} \fill[#2,opacity=0.5] ([xshift=-1.5*\rad]thmname.north west) to[out=-90,in=0,looseness=1.5] +(3pt,-6pt) -| +(10pt,0)--cycle; \fill[#2,opacity=0.5] ([xshift=3*\rad]thmname.north east) to[out=0,in=-90] +(5pt,-5pt) -| ++(-10pt,0) --cycle; \end{pgfonlayer} } \newcommand{\my@lemma@overlay@last}[1]{ %%============== End ==============%% \def\Rad{3.5pt} \def\rad{7pt}% \def\theight{0.57cm} \def\tlen{1.5cm} \path[fill=#1,drop shadow={opacity=0.3,shadow xshift=.3pt}] ([xshift=-2*\rad,yshift=-5pt]frame.south east) coordinate (SE) to[out=0,in=180] +(4*\rad,5pt+\theight) --([shift={(-\tlen+4*\rad,5pt+\theight)}]SE) to[out=180,in=0] +(-4*\rad,-5pt-\theight) --cycle; \begin{pgfonlayer}{bottom} \fill[color=#1!80!black] ([xshift=-1.35*\tlen+\Rad,yshift=-5pt]frame.south east) to[out=180,in=90,looseness=0.7] ([xshift=-1.35*\tlen-0.5*\Rad]frame.south east) coordinate (NWl)--([xshift=2*\rad]NWl) to[out=-90,in=-180,looseness=0.7] ([xshift=-1.35*\tlen+\Rad,yshift=-5pt]frame.south east)--cycle; \end{pgfonlayer} } \makeatother %% % proof \declaretheoremstyle[ spaceabove=3pt,spacebelow=3pt, headfont=\normalfont\bfseries, notefont=\normalfont\bfseries,notebraces={(}{)}, bodyfont=\normalfont, postheadspace=1em, headpunct={.}, qed=\qedsymbol ]{Proofstyle} \declaretheorem[style=Proofstyle,numbered=no,name={\bfseries 证明}]{Proof} \renewenvironment{proof}{\begin{Proof} }{\end{Proof}} \declaretheorem[style=Proofstyle,numbered=no,name={\bfseries 解}]{solution} %% --------参考文献 \usepackage[ backend=biber, style=gb7714-2015, sorting=nty ]{biblatex} \addbibresource{ref.bib} \indexsetup{level=\chapter*,noclearpage} \makeindex[title=索引,columns=3,columnsep=15pt,columnseprule] \makeindex %%%%%%%%%%%%%%% 计数器知识 %%%%%%%%%%%%%%%%%%%%%% % 每次用 \newcounter{foo} 定义新计数器,内部都会定义这几个命令 % \c@foo,储存计数器的值,初始值为 0 % \thefoo,储存计数器输出时的格式,初始定义为 \arabic{foo} % \p@foo,储存计数器被引用时的前缀,初始定义为空 % \cl@foo,储存「子计数器」列表(此处有简化),foo 自增时它的每个「子计数器」都会归零(详见「自动归零」一节),初始定义为空 %% 关于计数器的自动归零 % 如果还定义了计数器 \newcounter{bar}[foo],那么 \cl@foo 里就有了 bar % \@addtoreset{child}{parent} 和 \@removefromreset{child}{parent} 可以把计数器 child 移入/移出 \cl@parent % \counterwithin* 和 \counterwithout* 和上一条里两个命令的功能类似,但它们在执行前会检查接受的两个参数是否为已定义的计数器。不加星号的版本会修改 \thechild,详见「输出格式」一节 % 在使用 \stepcounter{parent} 和 \refstepcounter{parent} 时,parent 自增,同时归零\cl@parent 里的「子计数器」 % \addtocount{parent}{1} 只自增 parent,没有归零其「子计数器」的效果 % 归零实现为「对每个子计数器,先设为 -1,然后使用 \stepcounter 自增」,这样实现的「归零」功能是递归的 % 递归的意思是,如果还有 \newcounter{grandchild}[child],那么 \stepcounter{parent} 会将 child 和 grandchild 都归零