Gallery — Dynamic Figures

Esta es una imagen de la Bandera de la República Bolivariana de Venezuela, tal como fue modificada en el año 2006. Sin embargo, ya que la ley que reglamenta los símbolos patrios del año 2006 no menciona datos técnicos respecto a la bandera nacional, se usan los suministrados en la página http://www.vexilla-mundi.com/venezuela_flag.html: Colores, en esquema HTML: Amarillo (#F7D117), Azul (#0033AB) y Rojo (#CF142B) en franjas de idéntico ancho Relación Alto/Ancho: 2/3 Tamaño (Alto/Ancho): 120/180 (sin unidades) Estrellas: 8 de color blanco (#FFFFFF), con relación entre puntas internas y externas de 0.4 y 5 puntas, dispuestas en un arco centrado 4 unidades debajo de la mitad de la franja azul con radio de 36. Arco entre estrellas: 20°. Rotación variable de las estrellas: Declarada en el parámetro "shape border rotate" como una ecuación lineal.

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.

Neste projeto é apresentado o código para criar uma região colorida sob um gráfico. Para detalhes sobre o projeto: marcos.ufal.mat@gmail.com

It was bound to happen. Now besides coffee stains, you can also add wine stains to your LaTeX document! wine.sty is actually Hanno Rein's coffee4.sty, with all the 'coffee' replaced by 'wine' in the code, and replaced colour definitions.

This is a template that can be used to draw trees for LGCS 105 at Pomona College, using qtree and tree-dvips.

This package provides an essential feature to LaTeX that has been missing for too long. It adds a coffee stain to your documents. A lot of time can be saved by printing stains directly on the page rather than adding it manually. You can choose from four different stain types.

A very quick and easy to understand introduction to Gram-Schmidt Orthogonalization (Orthonormalization) and how to obtain QR decomposition of a matrix using it.

graphics meca-filude

The objective is to study the effect of different experimental parameters on the reconstruction of the density of states (DoS) and to verify the viability of the 1D/2D simulation model developed at GeePs. Beside the calculation of the DoS through the modulated photo-current method (MPC), the ambipolar minority carrier diffusion length is measured through steady state photocarrier grating (SSPG) and the majority carrier lifetime / mobility product is measured through steady state photo-conductivity (SSPC). The measurements were observed to be in agreement with the theoretical simulations, but further experiments are needed to accurately conclude the need of a 2D simulation for the MPC experiment.