SF Pro Rounded Note

LaTeX in custom fonts?

examples

\documentclass{article}
\begin{document}
First document. This is a simple example, with no 
extra parameters or packages included.
\end{document}

This example produces the following output:

First document. This is a simple example, with no extra parameters or packages included.

\frac{1}{2}

Sección con teoremas

Esta sección es para ver que pasa con los comandos que definen texto

$$\mathrm{lím}x=\mathrm{tg}\theta +\mathrm{máx}\{\mathrm{3,52},\mathrm{4,22}\}$$

El paquete también agrega un comportamiento especial a «éstas márcas para hacer citas textuales» tal como lo indican las relgas de la RAE.

$$\mathrm{DIntegrate}\left(1+x,x,1,5\right)$$ $$\mathrm{d}/\mathrm{d}x(x+\mathrm{1,1})$$ $$\mathrm{d}/\mathrm{d}x(x+\mathrm{1,1})$$ $$\int (x+\mathrm{1,1,5})$$ $$\sum (x+\mathrm{1,1,5})$$ $$✓$$ $$1\boxed{\text{+}}1\text{ This will show: }1+1|$$ $$\mathtt{\text{hello}}$$ $$\mathtt{\text{\$100}}is\text{\$100}$$ $y=x^2\text{ if }x\ge 1\text{ and }2\text{ otherwise.}$ $\cos ,c,\mathrm{c},\infty$

help

Fill the blank: $\sqrt{2\text{<input onchange="..." size="2" type="text">}-1}=3$

This mathematical formula with a big summation and the number pi $$\sum _{n=1}^{+\mathrm{\infty }}\frac{1}{n^2}=\frac{{\pi }^2}{6}$$ is easy to prove.

$$0$$ $$1.337$$ $$\mathrm{twelve}$$ $$\mathrm{XVI}$$ $$2e10$$ $$\text{Theorem of Pythagoras}$$ $$\text{/* comment here */}$$
$\text{Starting with the most basic symbols, the plus sign, is universally recognized as the symbol for addition.}\text{ex.}5+4=9$ ${\displaystyle \text{Minus sign, which is essentially the opposite of the plus sign and represents subtraction. But it can also denote negative numbers.}\text{ex.}7-4=3\text{;}-4,-2,-7}$ $$\text{Ran\#}=\frac{157}{500}\text{Result differs from each execution.}$$ $$\mathrm{1⌟2}$$ $$\text{1×10^(55)}$$ $$8\angle 77=1.79960843475+7.79496051828i$$ $$\diagup$$ $$\eighthnote$$