listings sample

8/2/2019 Listings Sample

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Pruebas del paquete listings

1 \begin{displaymath}

2 \oint_{S}\vec{E}\cdot d\vec{S}=\frac{q}{\

epsilon_{0}}

3 \end{displaymath}

S

E dS=q

0

1 \begin{trivlist}

2 \item\input{\jobname.exa}

3 \end{trivlist}

Let H be a Hilbert space, C be a closed

bounded convex subset ofH, T a nonex-

pansive self map of C. Suppose that asn , an,k 0 for each k, and n =

k=0(an,k+1 an,k)

+ 0. Then foreach x in C, Anx =

k=0an,kT

kx con-

verges weakly to a fixed point ofT .

The numbered equation

uttu+u5+u |u|p2 = 0 inR3[0,[

(1)

is automatically numbered as equation 2.

Let $H$ be a Hilbert space, $C$ be a closed bounde

a nonexpansive self map of $C$. Suppose that as $n

$a_{n,k}\rightarrow0$ for each $k$, and $\gamma_{na_{n,k+1}-a_{n,k}\right) {+}\rightarrow0$. Then

$A_{n}x=\sum_{k=0}{\infty}a_{n,k}T{k}x$ converge

$T$ .


\begin{equation}

u_{tt}-\Delta u+u{5}+u\left| u\right| {p-2}=0\

{3}\times\left[ 0,\infty\right[ \label{eqn1}%

\end{equation}

is automatically numbered as equation \ref{eqn1}.

1 Let $H$ be a Hilbert space, $C$ be a

closed bounded convex subset of $H$,

$T$

2 a nonexpansive self map of $C$. Supposethat as $n\rightarrow\infty$,

3 $a_{n,k}\rightarrow0$ for each $k$, and

$\gamma_{n}=\sum_{k=0}{\infty}\left

(

4 a_{n,k+1}-a_{n,k}\right) {+}\rightarrow

0$. Then for each $x$ in $C$,

5 $A_{n}x=\sum_{k=0}{\infty}a_{n,k}T{k}x$

converges weakly to a fixed pointof

6 $T$ .

7

8 The numbered equation

9 \begin{equation}

10 u_{tt}-\Delta u+u{5}+u\left| u\right|

{p-2}=0\text{ in }\mathbf{R}%

11 {3}\times\left[ 0,\infty\right[ \label{eqn1} %

12 \end{equation}

13 is automatically numbered as equation \ref{eqn1}.

Let H be a Hilbert space, C be a closedbounded convex subset ofH, T a nonex-

pansive self map of C. Suppose that as

n , an,k 0 for each k, and n =

k=0(an,k+1 an,k)

+ 0. Then foreach x in C, Anx =

k=0an,kT

kx con-

verges weakly to a fixed point ofT .


uttu+u5+u |u|p2 = 0 inR3[0,[

(2)

is automatically numbered as equation 2.

1


2/7

1 \begin{equation}

2 \forall x \in \mathbf{R}:

3 \qquad x{2} \geq 0

4 \end{equation}

x R : x2 0 (3)

1 \begin{displaymath}

2 x{2} \geq 0\qquad

3 \textrm{para todo }x\in\mathbb{R}

4 \end{displaymath}

x2 0 para todo x R

Codigo de este archivo

\documentclass{article}

\usepackage{amsmath}

\usepackage{amsthm}

\usepackage[latin1]{inputenc}

\usepackage[normalbf,normalem]{ulem}

\usepackage{titlesec}

\usepackage{titletoc}

\usepackage{amsbsy}

\usepackage{multicol}

\usepackage{fancyhdr}

\usepackage{extramarks}

\usepackage{amsfonts}

\usepackage{amssymb}

\usepackage{times}

\usepackage[activeacute,spanish]{babel}

\usepackage{color}

\usepackage{verbatim}

\usepackage{listings}

\definecolor{gray97}{gray}{.97}




\definecolor{yellow57}{rgb}{1.00,1.00,0.84}

\lstset{ frame=Ltb,

framerule=0pt,aboveskip=0.5cm,

framextopmargin=3pt,

framexbottommargin=3pt,

framexleftmargin=0.4cm,

framesep=0pt,

2


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rulesep=.4pt,

backgroundcolor=\color{gray97},

rulesepcolor=\color{black},

%

stringstyle=\ttfamily,

showstringspaces = false,

basicstyle=\small\ttfamily,

commentstyle=\color{gray45},

keywordstyle=\bfseries,

%

numbers=left,

numbersep=15pt,

numberstyle=\tiny,

numberfirstline = false,

breaklines=true,

}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

% minimizar fragmentado de listados

\lstnewenvironment{listing}[1][]

{\lstset{#1}\pagebreak[0]}{\pagebreak[0]}

\lstdefinestyle{consola}

{basicstyle=\scriptsize\bf\ttfamily,

backgroundcolor=\color{blue57},

}

\lstdefinestyle{L}

{language=TeX,}

% y en la derecha la composicion.

%

% \begin{example}

% \Large Esto es grande

% \end{example}

%

% Esta parte procede de verbaim.sty de FMi

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\makeatletter

\newwrite\solution@stream

\openout\solution@stream=\jobname.solutions

\newcounter{problem}\newcommand*{\problemname}{Problem}

\newcommand{\problem}[1]{%

\refstepcounter{problem}%

\problemname\theproblem:\enskip#1\par

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}

\newcommand{\solution}[1]{%

\protected@write\solution@stream{}{%

\protect\print@solution{\theproblem}{#1}%

}%

}

\newcommand*{\printsolutions}{%

\closeout\solution@stream

\makeatletter

\InputIfFileExists{\jobname.solutions}{}{}%

\makeatother

}

\newcommand*{\solutionname}{Solution}

\newcommand{\print@solution}[2]{%

\solutionname#1:\enskip#2\par

}

%\makeatother

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

%\makeatletter

%\def\ThisFile{\yorname}%\let\OldInput\input

%\renewcommand{\input}[1]{%

% \renewcommand{\ThisFile}{#1}%

% \OldInput{#1}%

%}

\newwrite\ejercicio@out

\newenvironment{ejercicio}%

{\begingroup% Lets Keep the Changes Local

\@bsphack

\immediate\openout \ejercicio@out \jobname.exa

\let\do\@makeother\dospecials\catcode\M\active

\def\verbatim@processline{%

\immediate\write\ejercicio@out{\the\verbatim@line}}%\verbatim@start}%

{\immediate\closeout\ejercicio@out\@esphack\endgroup%

%

% Y aqui lo que se ha anadido

%

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\par\small\addvspace{3ex plus 1ex}\vskip -\parskip

\noindent

\makebox[0.45\linewidth][l]{%

\begin{minipage}[t]{0.45\linewidth}

\vspace*{-2ex}

\setlength{\parindent}{0pt}

\setlength{\parskip}{1ex plus 0.4ex minus 0.2ex}

\begin{trivlist}

\item\input{\jobname.exa}

\end{trivlist}

\end{minipage}}%

\hfill%



\vspace*{-1ex}

\verbatiminput{\jobname.exa}

\end{minipage}}

\par\addvspace{3ex plus 1ex}\vskip -\parskip

}

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\newwrite\example@out

\newenvironment{example}%

{\begingroup% Lets Keep the Changes Local

\@bsphack

\immediate\openout \example@out \jobname.exa\let\do\@makeother\dospecials\catcode\M\active

\def\verbatim@processline{%

\immediate\write\example@out{\the\verbatim@line}}%

\verbatim@start}%

{\immediate\closeout\example@out\@esphack\endgroup%

\makeatother

%% Y aqui lo que se ha anadido

%

\par\small\addvspace{3ex plus 1ex}\vskip -\parskip

\noindent


\hspace*{+2ex}

\setlength{\parindent}{0pt}\setlength{\parskip}{1ex plus 0.4ex minus 0.7ex}


% \vspace*{-1ex}

\vspace*{-2ex}

5


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\lstinputlisting[style=L, basicstyle=\scriptsize\bf\ttfamily,

backgroundcolor=\color{yellow57},]{\jobname.exa}

%\verbatiminput{\jobname.exa}

\end{minipage}}

\hfill

\hspace{10pt}%



\vspace*{-2ex}

\setlength{\parindent}{0pt}

\setlength{\parskip}{1ex plus 0.4ex minus 0.7ex}

\begin{trivlist}


\end{trivlist}

\end{minipage}}%

\par\addvspace{3ex plus 1ex}\vskip -\parskip

}

\begin{document}

Pruebas del paquete listings

\begin{example}

$$\oint_{S}\vec{E}\cdot d\vec{S}=\frac{q}{\epsilon_{0}} $$

\end{example}

\begin{lstlisting}[style=L]\begin{trivlist}


\end{trivlist}

\end{lstlisting}

\begin{ejercicio}

Let $H$ be a Hilbert space, $C$ be a closed bounded convex subset of $H$,

a nonexpansive self map of $C$. Suppose that as $n\rightarrow\infty$,

$a_{n,k}\rightarrow0$ for each $k$, and $\gamma_{n}=\sum_{k=0}{\infty}\le

a_{n,k+1}-a_{n,k}\right) {+}\rightarrow0$. Then for each $x$ in $C$,

$A_{n}x=\sum_{k=0}{\infty}a_{n,k}T{k}x$ converges weakly to a fixed poin

$T$ .

The numbered equation\begin{equation}

u_{tt}-\Delta u+u{5}+u\left| u\right| {p-2}=0\text{ in }\mathbf{R}%


\end{equation}


6


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\end{ejercicio}

\begin{example}

Let $H$ be a Hilbert space, $C$ be a closed bounded convex subset of $H$,

a nonexpansive self map of $C$. Suppose that as $n\rightarrow\infty$,

$a_{n,k}\rightarrow0$ for each $k$, and $\gamma_{n}=\sum_{k=0}{\infty}\le

a_{n,k+1}-a_{n,k}\right) {+}\rightarrow0$. Then for each $x$ in $C$,

$A_{n}x=\sum_{k=0}{\infty}a_{n,k}T{k}x$ converges weakly to a fixed poin

$T$ .


\begin{equation}

u_{tt}-\Delta u+u{5}+u\left| u\right| {p-2}=0\text{ in }\mathbf{R}%


\end{equation}


\end{example}

\begin{example}

\begin{equation}

\forall x \in \mathbf{R}:

\qquad x{2} \geq 0

\end{equation}

\end{example}

\begin{example}

\begin{displaymath}

x{2} \geq 0\qquad

\textrm{para todo }x\in\mathbb{R}

\end{displaymath}\end{example}

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