用tikz绘制滑稽图像

滑稽表情的tikz作图

滑稽.pdf
好不容易找到了一张滑稽的SVG矢量图,利用inkscape生成了tikz代码，下面的代码用于生成高清无码的滑稽
转载请注明出处，谢谢！

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\documentclass{article}
\usepackage[utf8]{inputenc}
\usepackage{tikz}

\usepackage[active,tightpage]{preview}
\PreviewEnvironment{tikzpicture}

\begin{document}
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\definecolor{cFB943B}{RGB}{251,148,59}
\definecolor{c1A1A1A}{RGB}{26,26,26}


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\end{tikzpicture}
\end{document}

展开全文 >>

mtpro2

mathtime professional2 字体的使用问题解决

为了录制这个视频，害得我的博客爆了，github禁止上传超过100M的文件，结果我上传视频就炸了，连续三天了，终于把博客重新搭建好了，说多了都是泪啊！
好了，我把视频上传了微博，再把链接给大家

mtpro2字体使用问题的解决

展开全文 >>

Mother's Day

用tikz与pgfornament包设计的贺卡


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\documentclass[border=2pt]{standalone}
\usepackage[T1]{fontenc}
\usepackage{calligra}
\usepackage{pgfornament}
\usetikzlibrary{calc}
\begin{document}
\centering
\begin{tikzpicture}[
every node/.style ={inner sep=0pt},
pgfornamentstyle/.style={color=green!50!black,fill=green!80!black}]
\node[text width=8cm,outer sep=1.2cm,text centered,color=red!90! black](Greeting)
{\calligra \Huge Happy Mother's Day,\\ Dear Mom!\\
\pgfornament[color=red!90!black,width=4cm]{72}};
\foreach \corner/\sym in {north west/none, north east/v, south west/h, south east/c}{
\node[anchor=\corner](\corner)
at(Greeting.\corner)
{\pgfornament[width=2cm,symmetry=\sym]{63}};}
\path(north west)--(south west)
node[midway, anchor=east]
{\pgfornament[height=2cm]{9}}
(north east)--(south east)
node[midway,anchor=west]
{\pgfornament[height=2cm, symmetry=v]{9}};
\pgfornamenthline{north west}{north east}{north}{87}
\pgfornamenthline{south west}{south east}{south}{87}
\end{tikzpicture}
\end{document}

展开全文 >>

分层图

肖立顺的分层图


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\documentclass[tikz,border=2pt,10pt]{standalone}
\usepackage{mtpro2,ctex,tcolorbox}
\usetikzlibrary{positioning,backgrounds}
\usetikzlibrary{fadings}
\usetikzlibrary{patterns}
\usetikzlibrary{calc}
\usetikzlibrary{shadings}
\pgfdeclarelayer{background}
\pgfdeclarelayer{foreground}
\pgfsetlayers{background,main,foreground}
\setmainfont{Times New Roman}
\begin{document}
\def\xslant{-0.6}
\def\yslant{0.5}
\tiny
\tikzstyle{circleL2}=[ball color=red!80!black,circle,anchor=base,scale=1]
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\tikzstyle{ToTeal}=[->,>=stealth,shorten <=0pt,shorten >=0pt,semithick,teal!80!black]
%\tikzstyle{ToBlue}=[->,>=stealth,shorten <=0pt,shorten >=0pt,semithick,blue!80!black]
\tikzstyle{ToOrange}=[->,>=stealth,shorten <=0pt,shorten >=0pt,semithick,orange!50!red]
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    yshift=0,rounded corners=5pt,
    every node/.append style={yslant=\yslant,xslant=\xslant},
    yslant=\yslant,xslant=\xslant]

    \fill[teal!30,fill opacity=.70] (4.3,0.2) rectangle (10.2,6);
    \draw[teal, dashed, thin] (4.3,0.2) rectangle (10.2,6);
    \node[fill=white,rounded corners=0pt] at (7.2,0.9) {$L^1$ 解};

    \node[circleL1] (BD2003L1) at (4.66,5) {};
    \node[anchor=west] (BriandDelyon2003L1) at (4.8,5) {Briand-Delyon et al. [2003]};
    \node[anchor=west] (GeneralGrowthL1) at (5.3,4.5) {$g$ 关于 $y$ 单调且广义一般增长};
    \draw[ToTeal] (BD2003Lp) to[out=50,in=-30] (BD2003L1);

    \node[circleL1] (FL2010) at (4.66,4) {};
    \node[anchor=west] (FanLiu2010) at (4.8,4) {Fan-Liu [2010]};
    \node[anchor=west] (AlphaHolder) at (4.8,3.5) {关于 $y$ Lipschitz, 关于 $z$ $\alpha$-H\"older};

    \node[circleL1] (ResearchL1) at (4.66,3) {};
    \node[anchor=north west,text width=3.1cm,orange] at (4.8,3.3) {推广 Briand-Delyon et al. [2003] 中 $L^1$ 的结果至 $0\leq T\leq +\infty$};
    \draw[ToOrange] (BD2003L1) to[out=-30,in=60] (ResearchL1);


    \node[circleL1] (ResearchMore) at (4.66,2) {};
    \node[anchor=west,orange] at (4.8,2) {\ldots \ldots\ \ldots \ldots};
    %\draw[ToOrange] (FL2010) to[out=-150,in=150] (ResearchMore);
    \draw[ToOrange] (ResearchL1) to[out=-90,in=90] (ResearchMore);
  \end{scope}
  
  \begin{scope}[
    yshift=0,rounded corners=5pt,
    every node/.append style={yslant=\yslant,xslant=\xslant},
    yslant=\yslant,xslant=\xslant]

    \fill[orange!20,fill opacity=.70] (-1.9,0.2) rectangle (4,6);
    \draw[orange!80!black, dashed, thin] (-1.9,0.2) rectangle (4,6);

    \node[circleInfinity] (CW2000) at (-1.54,5.5) {};
    \node[anchor=west] (ChenWang2000) at (-1.4,5.5) {Chen-Wang [2000]};
    \node[anchor=west] (LipschitzTInfinite) at (-0.9,5) {对 $t$ 不一致的 Lipschitz, $L^2$};
    \draw[ToTeal] (PP1990) to[out=150,in=-150] (CW2000);
    \node[fill=white,rounded corners=0pt] at (1.2,0.9) {$0\leq T\leq+\infty$};

    \node[circleInfinity] (FJ2010a) at (-1.54,4.5) {};
    \node[anchor=west] (FanJiang2010a) at (-1.4,4.5) {Fan-Jiang [2010a]};
    \node[anchor=west] (NonLipschitzTInfinite) at (-0.9,4) {对 $t$ 不一致的非 Lipschitz, $L^2$};
    \draw[ToTeal] (M1995) to[out=150,in=-150] (FJ2010a);
    \draw[ToTeal] (CW2000) to[out=-90,in=90] (FJ2010a);

    \node[circleInfinity] (FJT2011) at (-1.54,3.5) {};
    \node[anchor=west] (FanJiangTian2011) at (-1.4,3.5) {Fan-Jiang-Tian [2011]};
    \node[anchor=west] (LinearGrowthTInfinite) at (-0.9,3) {对 $t$ 不一致的线性增长, $L^2$};
    \draw[ToTeal] (LS1997) to[out=150,in=-150] (FJT2011);
    \draw[ToTeal] (CW2000) to[out=-30,in=60] (FJT2011);

    \node[circleInfinity] (FJ2011) at (-1.54,2.5) {};
    \node[anchor=west] (FanJiang2011) at (-1.4,2.5) {Fan-Jiang [2011]};
    \node[anchor=west] (WeakenCondition) at (1.4,2.5) {更弱的条件, $L^p$};
    \draw[ToTeal] (FJ2010a) to[out=-30,in=60] (FJ2011);

    \node[circleInfinity] (ResearchLp) at (-1.54,2) {};
    \node[anchor=west,text width=3cm,teal] at (-1.4,1.7) {推广 Briand-Delyon et al. [2003] 中 $L^p$ 的结果};
    \draw[ToOrange] (BD2003Lp) to[out=100,in=20] (ResearchLp);
    \draw[ToOrange] (P1999) to[out=150,in=-150] (ResearchLp);

    \draw[ToOrange] (ResearchLp) to[out=80,in=140] (ResearchL1);
  \end{scope}

  \begin{scope}
    \node[black] (strong) at (-2.5,8) {已有结果};
    \node[black] (weak)   at (0,8) {进行推广};
    \draw[ToTeal] (strong) to (weak);

    \node[white] (strong2) at (-2.5,7.5) {已有结果};
    \node[black] (weak2)   at (0,7.5) {研究内容};
    \draw[ToOrange] (strong2) to (weak2);

    \node[text width=4cm,font=\footnotesize,scale=0.8] at(10,-2.2) {
    \begin{tcolorbox}[title=研究出发点]
    \qquad 有限或无限时间终端多维 BSDE 的 $L^p$ $(p\geq 1)$ 解的存在惟一
    性.
    \end{tcolorbox}
    };
  \end{scope}
\end{tikzpicture}


\end{document}

展开全文 >>

封面与目录设计

封面与目录设计

用tcolorbox设计目录

这个代码是我在读tcolorbox包的时候从其源代码中抠出来的，效果如下


代码如下
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\documentclass[a7paper]{ctexart}
\usepackage[most]{tcolorbox}
%\usepackage[toc]{multitoc}%目录，图标两栏
\begin{document}
\begin{tcolorbox}[breakable,enhanced jigsaw,title={目\quad 录},fonttitle=\bfseries\Large,
  colback=yellow!10!white,colframe=blue!50!black,before=\par\bigskip\noindent,sharp corners,
  interior style={fill overzoom image=blueshade.png,fill image opacity=0.25},
  colbacktitle=red!50!yellow!75!black,
  enlargepage flexible=\baselineskip,pad at break*=3mm,
  watermark color=yellow!75!red!25!white,
  watermark text={\bfseries\Large Xiang's Texmath},
  attach boxed title to top center={yshift=-0.25mm-\tcboxedtitleheight/2,yshifttext=2mm-\tcboxedtitleheight/2},
  boxed title style={enhanced,boxrule=0.5mm,
    frame code={ \path[tcb fill frame] ([xshift=-4mm]frame.west) -- (frame.north west)
    -- (frame.north east) -- ([xshift=4mm]frame.east)
    -- (frame.south east) -- (frame.south west) -- cycle; },
    interior code={ \path[tcb fill interior] ([xshift=-2mm]interior.west)
    -- (interior.north west) -- (interior.north east)
    -- ([xshift=2mm]interior.east) -- (interior.south east) -- (interior.south west)
    -- cycle;}  },
  drop shadow]
\makeatletter
\@starttoc{toc}
\makeatother
\end{tcolorbox}
\section{一}
\section{二}
\section{三}
\section{四}
\section{五}
\section{六}
\section{七}
\section{八}
\section{九}

\end{document}

注意上述目录引入的方法是

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\makeatletter
\@starttoc{toc}
\makeatother

而不是\tableofcontents，用这个会产生蛋疼的结果。
如果在导言区加入\usepackage[toc]{multitoc}包，则可以生成双栏目录，tcolorbox在单栏目录或者双栏不
跨页的目录都应用的很好，但是单栏目录可以随意跨页，当双栏目录跨页的时候就拉闸了，我也不知道如何去修正。
这里大家可以更改的是边框颜色colframe，背景颜色colback，标题背景颜色colbacktitle，以及水印颜色watermark color和水印文字watermark text。当然，这是一个盒子，自然是可以用在其它地方当做盒子使用。

我翻译的IMC文档的封面设计

因为不会设计东西，所以就照着蒲和平大学生数学竞赛教程的封面做了一个，效果如下：


代码如下：
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\documentclass[tikz]{standalone}
\usetikzlibrary{shadings,3d,positioning,patterns,mindmap,fadings}
\usepackage{ctex,amsmath,fontspec}
\definecolor{tou}{RGB}{94,125,89}
\definecolor{author}{RGB}{225,244,225}
\definecolor{title}{RGB}{255,253,127}
\definecolor{left}{RGB}{148,176,107}
\definecolor{body}{RGB}{144,192,108}
\definecolor{body1}{RGB}{90,182,90}
\definecolor{topbot}{RGB}{60,92,76}
\newcommand{\yp}[1]{{\CJKfontspec{印品赤壁赋体}#1}}
\newcommand{\fz}[1]{{\CJKfontspec{方正黑体简体}#1}}
\setmainfont{Times New Roman}
\everymath{\displaystyle}
\newcommand{\ii}{\,\!\mathrm i\,\!}
\usepackage[hidelinks]{hyperref}
\begin{document}
\begin{tikzpicture}
\node[minimum width=17.7cm,minimum height=25cm,inner sep=0pt,outer sep=0pt,](box){};
\fill[body,top color=body1,bottom color=body](box.north west)--(box.north east)--(box.south east)--(box.south west)--cycle;
\draw[help lines,step=0.8cm,opacity=0.4](-8.85,-12.5)grid(8.85,12.5);
\node[align=center,text=author] at (box.center)
{\zihao{-2}\fz{向禹} \tikz{\draw(0.25,0.25)circle(0.25);\draw(0.25,0.25)circle(0.2);} \fz{译}
};
\fill[tou](-8.85,6.5)[bend left=25]to(8.85,10.8)--(box.north east)--(box.north west)--cycle;
\fill[left color=left,right color=tou](-8.85,6.5)[bend left=24]to(8.85,10.6)
--(8.85,9.6)[bend right=23]to(-8.85,6.5);
\node[text=title,align=center,scale=3]at(0,4){\fz{1994-2018年国际大学生}\\[-0.2cm]\fz{数学竞赛}};
\node[text=orange!20,align=center,scale=1.5]at(0,2){\fz{International Mathematics Competition}\\[-0.2cm]\fz{for University Students (1994-2018)}};
\node[opacity=0.5,draw,rounded corners] at(-2,7.8){$\int_a^bf(x)\,\mathrm dx=F(b)-F(a)$};
\node[opacity=0.5] at(5.4,7.8){\tikz{\draw[-stealth](-0.3,0)--(0,0)node[below left]{$O$}--(3.6,0)node[below=2pt]{$x$};
\draw[-stealth](0,-0.42)--(0,2)node[left]{$y$};
\draw(0,1.3)node[left]{$A$}..controls(1.4,0.6)and(2.2,2.4)..(2.8,1.7)node[right]{$B$}
--(2.8,0)node[below]{$C$};\node at(0.65,1.4){$f(x)$};}};
\node[opacity=0.6] at(-3.5,-3.5)
{
\scalebox{0.5}{\begin{tikzpicture}
  \path [
    mindmap,
    text = white,
    level 1 concept/.append style =
      {font=\Large\bfseries, sibling angle=90},
    level 2 concept/.append style =
      {font=\normalsize\bfseries},
    level 3 concept/.append style =
      {font=\small\bfseries},
    tex/.style     = {concept, ball color=white,
      font=\Huge\bfseries},
    分析/.style = {concept, ball color=purple!90!black},
    formats/.style = {concept, ball color=blue!50!black},
    systems/.style = {concept, ball color=red!90!black},
    editors/.style = {concept, ball color=orange!90!black}
  ]
  node [tex,text=blue!80] {\scalebox{1.4}{IMC}} [clockwise from=0]
    child[concept color=green!50!black, nodes={分析}] {
      node {分析} [clockwise from=90]
        child { node {数学分析} }
        child { node {实分析} }
        child { node {复分析} }
        child { node {泛函分析} }
        }
    child [concept color=red, nodes={systems}] {
      node {图论组合}}
    child [concept color=blue, nodes={formats}] {
      node {代数} [clockwise from=240]
        child { node {线性代数} }
        child { node {抽象代数} }
         child { node {初等数论} }}
    child [concept color=orange, nodes={editors}] {
      node {概率论} };
\end{tikzpicture}}
};
\node[opacity=0.4]at(5.5,-2){
\begin{tikzpicture}[scale=10]
\begin{scope}
\clip (0,0) arc (-90:0:1/8) arc (90:180:1/8);
\fill[pattern=horizontal lines]
(0,0) arc (-90:0:1/8) --(1/16,1/16) arc (90:0:1/16);
\fill[pattern=vertical lines]
(0,0) arc (180:90:1/8) --(1/16,1/16) arc (0:90:1/16);
\end{scope}\node[below left](0,0){$O$};
\draw [-stealth](-1/8,0)--(0.34,0);\draw [-stealth](0,-1/8)--(0,0.34);
\node[below]at(0.34,0){$x$};\node[left]at(0,0.34){$y$};
\draw (0,0) arc (-90:90:1/8) (0,0) arc (-90:90:1/16)
(0,0) arc (180:0:1/8) (0,0) arc (180:0:1/16) (0,0)--(1/8,1/8);
\fill[fill=body](0.085,0.085)node[inner sep=0pt]{$D$}circle(0.01);
\draw(0,1/8)circle(1/8);\draw(0,1/16)circle(1/16);
\draw(1/8,0)circle(1/8);\draw(1/16,0)circle(1/16);
\node[above left]at(0,1/4){$\tfrac12$};\node[above left]at(0,1/8){$\tfrac14$};
\end{tikzpicture}
};
\node[opacity=0.3] at(3,-6.5){$\left( \sum_{n=1}^{\infty}{a_{n}^{2}} \right) \left( \sum_{n=1}^{\infty}{b_{n}^{2}} \right) \geqslant \left( \sum_{n=1}^{\infty}{a_nb_n} \right) ^2$};
\node[opacity=0.3] at(0,-8){$f(z)=\frac1{2\pi\ii}\oint_C\frac{f(\xi)}{\xi-z}\,\mathrm d\xi$};
\fill[tou](-8.85,-10.5)--(-8.85,-12.5)--(8.85,-12.5)--(8.85,-10.5)--cycle;
\node[anchor=north,align=left,text=author]at(0,-10.7){
\begin{tikzpicture}[color=author]
\draw[very thick,rounded corners](0,0)--(0,1.3)--(1.3,1.3)--(1.3,0)--cycle;
\fill(0.65,1.08)circle(0.12);
\fill(0.15,0.93)--(0.65,0.8)--(1.15,0.93)--(1.15,0.98)--(0.65,0.85)--(0.15,0.98)--cycle;
\foreach \x in{-0.12cm,-0.16cm,-0.2cm}
\fill[yshift=\x](0.15,0.93)--(0.65,0.8)--(1.15,0.93)--(1.15,0.98)--(0.65,0.85)
--(0.15,0.98)--cycle;
\foreach \x in{-0.32cm,-0.36cm,-0.4cm,-0.44cm,-0.48cm,-0.52cm,-0.56cm,-0.6cm,-0.64cm}
\fill[yshift=\x](0.15,0.93)--(0.65,0.8)--(1.15,0.93)--(1.15,0.98)--(0.65,0.85)
--(0.15,0.98)--cycle;
\end{tikzpicture}
\parbox{4cm}{\vspace{-1.2cm}
\scalebox{1.7}{\yp{无名出版社}}\\[-2mm]
\scalebox{0.5}[1]{PUBLISHING HOUSE OF NONAME}\\[-2mm]
\href{yuxtech.github.io}{yuxtech.github.io}
}};
\end{tikzpicture}
\end{document}

其中需要安装两个中文字体，百度下载即可。或者自己取消相应的字体设置。这套1994-2018年的IMC试题我已经翻译完毕，不过其中必然有很多问题，我的英语水平也有限，然后打完了也没有检查，或许以后会共享给大家。

展开全文 >>

总访问量: | 总访客:

tag:

    缺失模块。
    1、请确保node版本大于6.2
    2、在博客根目录（注意不是yilia根目录）执行以下命令：
    npm i hexo-generator-json-content --save

    3、在根目录_config.yml里添加配置： 

      jsonContent:
    meta: false
    pages: false
    posts:
      title: true
      date: true
      path: true
      text: false
      raw: false
      content: false
      slug: false
      updated: false
      comments: false
      link: false
      permalink: false
      excerpt: false
      categories: false
      tags: true

考研数学老师<br>积分级数<br>大学生数学竞赛<br>LaTeX<br>Mathematica