Examples — Recent
Examples of powerful LaTeX packages and techniques in use — a great way to learn LaTeX by example. Search or browse below.

Python Cheat Sheet
Created using the baposter Landscape Poster LaTeX Template created by Brian Amberg
This template has been downloaded from:
http://www.LaTeXTemplates.com
Edited by Michelle Cristina de Sousa Baltazar
Michelle Baltazar

Generic document template
Your abstract.
Flavio Costa

Math 240 - Proof 2
This is a proof for the following claim:
Prove that if n is a positive integer, then n is odd if and only if 5n+6 is odd.
Jose Delgado

سلسلة التمارين الأولى
Xelatex, Polyglossia, Amiri, Série, Exercices (A maths exercise sheet in Arabic)
Noureddine

MaquinasI
Journal Article
LaTeX Template
Version 1.3 (9/9/13)
This template has been downloaded from:
http://www.LaTeXTemplates.com
Original author:
Frits Wenneker (http://www.howtotex.com)
License:
CC BY-NC-SA 3.0 (http://creativecommons.org/licenses/by-nc-sa/3.0/)
Luis Diego Soto Ugalde

Homework Template
Homework Template
Jesse

Venn diagram with PGF 3.0 blend mode
With TikZ 3.0, there’s a new kind of transparency: you can use blend modes.
This short Venn diagram example shows how the screen blend mode can be used to create a clear visual effect with just a few lines of code.
Overall, there are 16 blend modes to choose from: normal, multiply, screen, overlay, darken, lighten, color dodge, color burn, hard light, soft light, difference, exclusion, hue, saturation, color, luminosity.
The code for this example was written by Paul Gaborit, published on TeX.SE and then on TeXample.net. This abstract is adapted from that on TeXample.
Source: http://www.texample.net/tikz/examples/venn-diagram-blended/
Paul Gaborit (via TeXample.net)

Spacetime diagrams for uniformly accelerating observers
Use TikZ/PGF to programmatically draw spacetime diagrams for uniformly accelerated observers. Set the acceleration, initial conditions, and other parameters.
Questions/Comments to Robert McNees at rmcnees@luc.edu, http://jacobi.luc.edu January 2015
Robert McNees

Figures TIKZ du cours "traitement numérique des équations différentielles"
Ce document regroupe les codes TIKZ des figures utilisées pour le cours "traitement numérique des équations différentielles" situé à la page http://femto-physique.fr/analyse_numerique/numerique_C1.php
J. Roussel