Difference between revisions of "LaTeX:Diagrams"

(Integer coordinates inside a cube of sidelength 6)
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== Diagrams and Figures ==
 
== Diagrams and Figures ==
It's best to rely on [http://artofproblemsolving.com/wiki/index.php/Asymptote_(Vector_Graphics_Language) Asymptote] for drawing diagrams and figures, as <math>\text{\LaTeX}</math> does not have the ability to output good diagrams for geometry and such. However, <math>\text{\LaTeX}</math> does work wonderfully well with Asymptote.
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We don't rely on [http://artofproblemsolving.com/wiki/index.php/Asymptote_(Vector_Graphics_Language) Asymptote] for drawing diagrams and figures because <math>\text{\LaTeX}</math> does not have the ability to output good diagrams for geometry and other subjects. However, <math>\text{\LaTeX}</math> does work well with Asymptote.
  
 
==Integer coordinates inside a cube of sidelength 6==
 
==Integer coordinates inside a cube of sidelength 6==

Revision as of 18:22, 20 July 2020

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Diagrams and Figures

We don't rely on Asymptote for drawing diagrams and figures because $\text{\LaTeX}$ does not have the ability to output good diagrams for geometry and other subjects. However, $\text{\LaTeX}$ does work well with Asymptote.

Integer coordinates inside a cube of sidelength 6

[asy] usepackage("tikz"); label("\begin{tikzpicture}[domain=0:6,x=5mm,y=5mm,z=2.5mm] %\draw (0,0) grid (5,5); \foreach \i in {0,...,6}{ \foreach \z in {0,...,6}{ \foreach \m in {0,...,6}{ \node[red] at (\i ,(\m ,\z ) {\textbullet }; ); \node[red] at (\m ,(\i ,\z ) {\textbullet }; ); \node[blue] at (\z , (\i ,\m ) {\textbullet }; ); }; }; } \draw (0,0)--(0,6); \draw (0,0)--(6,0); \draw plot (6,(0,\x);); \draw plot (7,(6,\x);); \draw plot (0,(6,\x);); \draw (0,6)--(6,6); \draw (6,0)--(6,6); \end{tikzpicture}"); [/asy]

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