Examples — Recent

PSTricks drawings can't be compiled under pdflatex and lualatex (Frequently done errors #5). Instead, compilation with XeLaTeX is preferred if you need to use .jpg/.png/.pdf images in your project. But if you absolutely need to compile with pdflatex, this example demonstrates how to use PStricks with pdflatex using auto-pst-pdf on Overleaf (But you still can't use .jpg/.png/.pdf images within your PSTricks drawings).

This is a direct copy of the codes in section 2.9 of the pgfgantt package documentation (See page 45) except the color setting. Alone with this one, this examples shows how to make Gantt charts for project planning in LaTeX with the pgfgantt package. They are from the package documentation. The pgfgantt package provides many useful macros for generating the calendar for the Gantt chart for either absolute or relative dates. It also provides macros for grouping and linking tasks, and for full control over the styling of the chart.

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

MatPlotLib and Random Cheat Sheet Edited by Michelle Cristina de Sousa Baltazar http://matplotlib.org/api/pyplot_summary.html http://matplotlib.org/users/pyplot_tutorial.html

Chicago style history paper, bilingual.

The code samples here are taken from the tikz-feynman and feynmf package documentations. Compile with LuaLaTeX to get the most out of tikz-feynman.

Este gráfico presenta las comparaciones de la compansión de una señal telefónica de entrada cuando es comprimida usando la Ley-A y la Ley-Mu tal se describen en la Recomendación G.711 de la Unión Internacional de Telecomunicaciones. De la gráfica se deduce que la compansión con ambas leyes no presenta mayores diferencias.

This example shows how to get asymptote 3D drawings working on Overleaf. All the drawings in this example were taken from the Asymptote documentation. The important bit is to add settings.render=0, to get around the problem of rendering on headless displays (i.e. the compile servers doesn't have a graphics card/display!) If you download the PDF and open it in Adobe Reader, you'll get interactive views of the 3D objects!

Este gráfico presenta las características de compresión de una señal telefónica de entrada cuando es comprimida de manera analógica o digital usando la Ley-Mu tal como es descrita en la Recomendación G.711 de la Unión Internacional de Telecomunicaciones. Esta Ley es descrita por la siguiente ecuación: f(x, \mu)=sign(x)*\frac{\ln(1+\mu\left |{x}\right |)}{\ln(1+\mu)} en la que sign(x) es la "función signo". La gráfica muestra los resultados para 3 valores de \mu distintos.