matlab2tikz 和 bar3 函数

matlab2tikz 和 bar3 函数

如果我使用该函数,hist3()它可以完美地与 配合使用matlab2tikz。但是如果我使用该函数,bar3我会在我的 中找到以下内容matrix.tikz

% This file was created by matlab2tikz v0.2.3.
% Copyright (c) 2008--2012, Nico Schlömer <[email protected]>
% All rights reserved.
% 
% The latest updates can be retrieved from
%   http://www.mathworks.com/matlabcentral/fileexchange/22022-matlab2tikz
% where you can also make suggestions and rate matlab2tikz.
% 
% 
% 
\begin{tikzpicture}
\pgfplotset{compat=1.6}
\begin{axis}[%
view={-37.5}{30},
width=4.52083333333333in,
height=3.565625in,
scale only axis,
xmin=0.6, xmax=9.4,
xtick={1,2,3,4,5,6,7,8,9},
xmajorgrids,
y dir=reverse,
ymin=0, ymax=10,
ytick={1,2,3,4,5,6,7,8,9},
ymajorgrids,
zmin=0, zmax=1,
zmajorgrids,
axis lines*=left,
unbounded coords=jump,
unbounded coords=jump,
unbounded coords=jump,
unbounded coords=jump,
unbounded coords=jump,
unbounded coords=jump,
unbounded coords=jump,
unbounded coords=jump,
unbounded coords=jump]

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(8.6,0.6,0)(8.6,0.6,0.01)(8.6,1.4,0.01)(8.6,1.4,0)(8.6,0.6,0)(NaN,(NaN,(NaN,(8.6,1.6,0)(8.6,1.6,0.01)(8.6,2.4,0.01)(8.6,2.4,0)(8.6,1.6,0)(NaN,(NaN,(NaN,(8.6,2.6,0)(8.6,2.6,0.07)(8.6,3.4,0.07)(8.6,3.4,0)(8.6,2.6,0)(NaN,(NaN,(NaN,(8.6,3.6,0)(8.6,3.6,0.01)(8.6,4.4,0.01)(8.6,4.4,0)(8.6,3.6,0)(NaN,(NaN,(NaN,(8.6,4.6,0)(8.6,4.6,0)(8.6,5.4,0)(8.6,5.4,0)(8.6,4.6,0)(NaN,(NaN,(NaN,(8.6,5.6,0)(8.6,5.6,0.01)(8.6,6.4,0.01)(8.6,6.4,0)(8.6,5.6,0)(NaN,(NaN,(NaN,(8.6,6.6,0)(8.6,6.6,0.08)(8.6,7.4,0.08)(8.6,7.4,0)(8.6,6.6,0)(NaN,(NaN,(NaN,(8.6,7.6,0)(8.6,7.6,0.01)(8.6,8.4,0.01)(8.6,8.4,0)(8.6,7.6,0)(NaN,(NaN,(NaN,(8.6,8.6,0)(8.6,8.6,0.85)(8.6,9.4,0.85)(8.6,9.4,0)(8.6,8.6,0)(NaN,(NaN,(NaN,

(9.4,0.6,0)(9.4,0.6,0.01)(9.4,1.4,0.01)(9.4,1.4,0)(9.4,0.6,0)(NaN,(NaN,(NaN,(9.4,1.6,0)(9.4,1.6,0.01)(9.4,2.4,0.01)(9.4,2.4,0)(9.4,1.6,0)(NaN,(NaN,(NaN,(9.4,2.6,0)(9.4,2.6,0.07)(9.4,3.4,0.07)(9.4,3.4,0)(9.4,2.6,0)(NaN,(NaN,(NaN,(9.4,3.6,0)(9.4,3.6,0.01)(9.4,4.4,0.01)(9.4,4.4,0)(9.4,3.6,0)(NaN,(NaN,(NaN,(9.4,4.6,0)(9.4,4.6,0)(9.4,5.4,0)(9.4,5.4,0)(9.4,4.6,0)(NaN,(NaN,(NaN,(9.4,5.6,0)(9.4,5.6,0.01)(9.4,6.4,0.01)(9.4,6.4,0)(9.4,5.6,0)(NaN,(NaN,(NaN,(9.4,6.6,0)(9.4,6.6,0.08)(9.4,7.4,0.08)(9.4,7.4,0)(9.4,6.6,0)(NaN,(NaN,(NaN,(9.4,7.6,0)(9.4,7.6,0.01)(9.4,8.4,0.01)(9.4,8.4,0)(9.4,7.6,0)(NaN,(NaN,(NaN,(9.4,8.6,0)(9.4,8.6,0.85)(9.4,9.4,0.85)(9.4,9.4,0)(9.4,8.6,0)(NaN,(NaN,(NaN,

(NaN,(NaN,(NaN,(9.4,0.6,0)(9.4,1.4,0)(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(9.4,1.6,0)(9.4,2.4,0)(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(9.4,2.6,0)(9.4,3.4,0)(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(9.4,3.6,0)(9.4,4.4,0)(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(9.4,4.6,0)(9.4,5.4,0)(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(9.4,5.6,0)(9.4,6.4,0)(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(9.4,6.6,0)(9.4,7.4,0)(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(9.4,7.6,0)(9.4,8.4,0)(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(9.4,8.6,0)(9.4,9.4,0)(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,(NaN,

};
\end{axis}
\end{tikzpicture}%

我无法使用 LaTeX 编译它。没有错误,它只显示Package pgfplots Warning: running in backwards compatibility mode (unsuitable tick labels; missing features)

我最初想要做的就是借助直方图来表示一个 9x9 矩阵,看看哪些条目较高......

我还发现了这一点:pgfplots 中的三维直方图安东在那里解释了如何自己制作图表,但我不明白为什么他使用三元组(如 (NaN, NaN, 0)),并且也没有很好的着色解决方案......

编辑:这是我的 matlab 代码现在的样子(我认为 C 略有改变)

function work_for_me_mr_pc()

C=[ 0.8445  0.0398  0.0069  0.0341  0.0199  0.0143  0.0109  0.0196  0.0099 
  0.0119  0.8153  0.0041  0.0057  0.0544  0.0086  0.0089  0.0847  0.0065 
  0.0852  0.1921  0.1077  0.0875  0.1365  0.2143  0.0102  0.0993  0.0671 
  0.0176  0.0135  0.004   0.7776  0.0693  0.0678  0.0203  0.0163  0.0136 
  0.0047  0.0129  0.0012  0.0055  0.9565  0.0045  0.0012  0.0135  0.     
  0.007   0.0118  0.008   0.0842  0.0572  0.8044  0.0038  0.0132  0.0102 
  0.0876  0.0878  0.0151  0.2129  0.1377  0.0905  0.095   0.1883  0.085  
  0.0109  0.0963  0.0046  0.0099  0.0867  0.0162  0.0092  0.7528  0.0134 
  0.0098  0.0164  0.0059  0.017   0.028   0.0319  0.0078  0.0304  0.8528];

bar3(C)
matlab2tikz( 'matrix.tikz' );

答案1

plot2svg请参阅底部的更新 -2 。对于像这样复杂的图表,这是最合适的方法。

这不是矩阵9x9,而是比矩阵大一些。好的。经过一点尝试,我得到了这个。

enter image description here

我是如何生成它的?

实际图形是在 matlab 中生成的,数据点是经过长时间计算的结果。然后我pgf使用matfig2pgf。它将图形转换为低级pgf命令。与此不同,matlab2tikz它还将菜单项插入到 matlab 图形窗口中,使生活更轻松。生成的代码有点长,大约有 18400 行(因此,不在此处发布)。这种方法涉及大量手动调整和相当麻烦。而且它也不能持续发挥作用。

enter image description here

更新:

这是使用 inkscape 的另一种选择,inkscape2tikz。首先在 matlab 中生成图形,将其导出为 pdf 文件。现在将此文件导入 inkscape。在 pdf 导入设置窗口中,取消选中嵌入图片:

enter image description here

现在使用 inkscape2tikz 将其导出tikz。它将生成 tex 代码(同样很长,真恶心!)。

enter image description here

这里我只对代码做了一些调整line width1pt类似于.tex4pt更早版本2.667pt)。

更新-2

现在使用plot2svg

bar3(C,0.25,'detached');在你的 matlab 代码中使用了它来使事情变得更简单。

放在plot2svg.m某个地方(我的是 - C:\Users\myname\Documents\MATLAB)。当图形窗口在 matlab 中处于活动状态时,plot2svg在命令窗口中输入。将打开一个 UI 询问保存详细信息。将图形另存为.svg。现在在 inkscape 中打开它,将其另存为.tex(tikz) 文件。

enter image description here

enter image description here

您还可以包含svg直接使用的svg包。

\documentclass{standalone}
\usepackage[clean,pdf]{svg}
\begin{document}
  \includesvg[width=13cm]{work2}
\end{document}

参考这个答案speravir 的这个回答了解详情。

enter image description here

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