We can visualize the Sarrus rule in LaTeX with TikZ: pic.twitter.com/mLQNfyFFYy
— LaTeX.org (@TeXgallery) January 25, 2025
Visualizing the complex logarithm with pgfplots in LaTeX: pic.twitter.com/68UMMdg9Mp
— LaTeX.org (@TeXgallery) January 25, 2025
Change the angle radius so that it's big or small enough, depending on if you want the 30° inside or outside, then adjust the eccentricity to be high or low enough. pic["$30^{circ}$" yshift=-1.2, draw, angle radius=11mm, angle eccentricity=0.74] {angle = C–B–A}; pic.twitter.com/pLn2ylV7wB
— LaTeX.org (@TeXgallery) January 25, 2025
The Feigenbaum diagram can be printed directly in LaTeX, using LuaLaTeX: pic.twitter.com/25otuUtLij
— LaTeX.org (@TeXgallery) January 23, 2025
The Thales triangle and Thales circle can be constructed in LaTeX using the tkz-euclide package with TikZ: pic.twitter.com/lCW3fcVgvJ
— LaTeX.org (@TeXgallery) January 22, 2025
In LaTeX, the Lemniscate of Bernoulli can be printed with pgfplots using polar coordinates: pic.twitter.com/1OSZf7IMDh
— LaTeX.org (@TeXgallery) January 20, 2025
The Pascal triangle in LaTeX with TikZ: pic.twitter.com/fJBlFtPyAq
— LaTeX.org (@TeXgallery) January 20, 2025
The right-hand rule for the magnetic force in LaTeX with TikZ: pic.twitter.com/PiIBYwlINA
— LaTeX.org (@TeXgallery) January 20, 2025
In LaTeX it's easy to draw the Benzene ring in various ways: pic.twitter.com/d7y8ehGCYk
— LaTeX.org (@TeXgallery) January 19, 2025
You can draw the classic atom model in LaTeX with TikZ to explain historical concepts. pic.twitter.com/oPPowlJKVN
— LaTeX.org (@TeXgallery) January 19, 2025
How to plot the Higgs potential, from the "LaTeX graphics with TikZ" book pic.twitter.com/rAmMasymHG
— LaTeX.org (@TeXgallery) January 18, 2025
This shows how we can draw the hexagon with the circle and labels in LaTeX with TikZ, using foreach loops and the angles library for the circular arc. Two foreach loops, because we want to fill before we draw to avoid the filling overlapping the edges and vertices. pic.twitter.com/RTisMJtfOf
— LaTeX.org (@TeXgallery) January 18, 2025
Visualizing trigonometric functions in LaTeX with TikZ pic.twitter.com/EGWXcSNmtN
— LaTeX.org (@TeXgallery) January 17, 2025
The anarchy symbol for mathematicians with TikZ and pgfplots. pic.twitter.com/nr6djeHKBN
— LaTeX.org (@TeXgallery) January 17, 2025
We can draw that curve that intersects its own asymptote infinitely many times quickly in LaTeX with TikZ and pgfplots: pic.twitter.com/PM4hEOnASF
— LaTeX.org (@TeXgallery) January 15, 2025
I like smooth drawings of n-dimensional beans! https://t.co/Ve1VweJjeg pic.twitter.com/hjXAiEg4vy
— LaTeX.org (@TeXgallery) January 11, 2025
(4) の木構造が気に入りました。https://t.co/cmH9C5j4bo pic.twitter.com/WSWDxpKY4Q
— LaTeX.org (@TeXgallery) January 11, 2025
usetikzlibrary{hobby}
— LaTeX.org (@TeXgallery) January 9, 2025
…
tikzdraw[thick, fill=gray] (0.5,0.6) to[closed, curve through = { (2.2,2.2) (4.6,1.2) (1.4,-2.2) (0,-0.75) (-1.2,-0.7) (-1.6,0)} ] (-1,0.7); https://t.co/Ne1WlUWbSh pic.twitter.com/ZvBPerqTtC
With TikZ and the tikzorbital package, we can easily draw orbitals. pic.twitter.com/c1EmXyImba
— LaTeX.org (@TeXgallery) January 14, 2025
このような感じでよろしいでしょうか？ pic.twitter.com/xLt56cVjr8
— LaTeX.org (@TeXgallery) January 6, 2025
The Lorentz attractor can be calculated and printed directly within LaTeX. pic.twitter.com/PfnbBoxH93
— LaTeX.org (@TeXgallery) January 2, 2025
As a kid, I programmed the Mandelbrot set on an 8088 CPU with 9,54 MHz and loved exploring it. Later I used Fractint. Today, we can calculate and display such fractals directly within LaTeX. pic.twitter.com/gtxOH2rmCT
— LaTeX.org (@TeXgallery) December 31, 2024
There are extensive example collections: https://t.co/dha7tTGQ0n (science-focused), https://t.co/gLQukfdWaS (science, design, fun), https://t.co/CrckhYHAgS (plotting, math), https://t.co/FoyLsVarxi (learning by example, based on a book), https://t.co/NeDPO6aeLI pic.twitter.com/wRQCisCSgB
— LaTeX.org (@TeXgallery) December 29, 2024
Here is how we can draw the Sierpinski Triangle in LaTeX with a few lines https://t.co/yVkP17BO9k
— LaTeX.org (@TeXgallery) December 30, 2024
Can be true! Knowing the basics, doing repetitive stuff, using examples from big collections like https://t.co/dha7tTGQ0n and https://t.co/gLQukfdWaS it can be faster. See my answer to @totomityann: a single command draws a perfect circular arc between nodes, then put in a macro. pic.twitter.com/uRS4bG2BKi
— LaTeX.org (@TeXgallery) December 26, 2024
With pgfplots: pic.twitter.com/jtWwAZqJ2y
— LaTeX.org (@TeXgallery) December 25, 2024
Here it's just svg2tikz, no LLM pic.twitter.com/D1yzJYzaz1
— LaTeX.org (@TeXgallery) December 25, 2024
こちらは、パラメータを使用してノードを円上に配置する例です：https://t.co/hqxGTJ04ma pic.twitter.com/SuesUoUZ9e
— LaTeX.org (@TeXgallery) December 25, 2024
men will literally draw this oscilloscope in TikZ before going to therapy https://t.co/GAK2xADIkB pic.twitter.com/uB7F49hdfi
— LaTeX.org (@TeXgallery) December 24, 2024
Looks perfect! Quick thought, underlining could be with more consistent spacing when skipping the descenders so descenders won't cause additional vertical spacing. pic.twitter.com/DkFw8QKeck
— LaTeX.org (@TeXgallery) December 25, 2024
Click: Newer Posts ; Previous PostsWith TikZ/pgfplots. pic.twitter.com/RrRkDzSpZB
— LaTeX.org (@TeXgallery) December 24, 2024