Tetreal2215.tex

%  tetreal2215.tex is generator of the labels for the plot of ${\rm tet}_b(x)$ in the $x,b$ plane
% for $-2<x<2$, $1<b<5$ and some manual make-up.
% This file requires input file tetre2215.pdf , which is not loaded here, 
% but can be generated with  tetre2215.cc using routines ado.cin and conto.cin
% Unfortunately, mediawiki does not yet support the EPS (nor pdf) pics; so,
% if you want to upload the improved version, convert the output to some JPG.
% Let me know if any problem with the loading or the compilation or the execution
% Copyleft 2011 by Dmitrii Kouznetsov
%
\documentclass[12pt]{article}
\paperheight =424pt
\paperwidth =422pt
\usepackage{fullpage}
\topmargin -23mm
\oddsidemargin -21mm
\pagestyle{empty}
%\documentclass{mcom-l}
\usepackage[usenames]{color}
\usepackage[utf8x]{inputenc}
\usepackage{hyperref} 
%\usepackage{amssymb}
\usepackage{graphicx}
\usepackage{rotating}
\newcommand \sx {\scalebox}
\newcommand \ing {\includegraphics}
\newcommand \rme {\mathrm{e}}

 %
 \newcommand \rot {\begin{rotate}} 
  %<br>
 \newcommand \ero {\end{rotate}}
  %<br>
 \begin{document} %<br>
 %

\newcommand \figax {
\put(-7,394){\sx{1.5}{$b$}}
\put(-7,300){\sx{1.5}{$4$}}
\put(-7,200){\sx{1.5}{$3$}}
\put(-7,172){\sx{1.5}{$\rm e$}}
\put(-7,100){\sx{1.5}{$2$}}
\put(-11, 44){\sx{1.4}{${\rm e}^{\frac{1}{\rm e}}$}}
\put(-7,    0){\sx{1.5}{$1$}}
\put(-5, -12){\sx{1.5}{$-2$}}
\put( 94,-12){\sx{1.5}{$-1$}}
\put(200,-12){\sx{1.5}{$0$}}
\put(300,-12){\sx{1.5}{$1$}}
\put(399,-11){\sx{1.5}{$x$}}
}

\begin{figure} % I have no idea why does this need "figure", but it does not work without it.

\definecolor{RED}{rgb}{.9,0,0}

\begin{picture}(401,401)

%\put(1,1){\ing{fig01c}} \figax
\put(1,1){\ing{tetre2215}} \figax
\put(350,250){\rot{-77}\sx{1.1}{$f\!=\!10$}\ero}
%\put(334,240){\rot{-79}\sx{1.1}{$f\!=\!4$}\ero}
\put(350,160){\rot{-59}\sx{1.1}{$f\!=\!4$}\ero}
%\put(350,135){\rot{-47}\sx{1.1}{$f\!=\!4$}\ero}
\put(336,136){\rot{-48}\sx{1.1}{$f\!=\!3$}\ero}
\put(306, 89){\rot{-39}\sx{1.1}{$f\!=\!2$}\ero}
\put(295, 80){\rot{-37}\sx{1.01}{$f\!=\!1.8$}\ero}
\put(284, 68){\rot{-35}\sx{1.01}{$f\!=\!1.6$}\ero}
\put(270, 50){\rot{-31}\sx{1.01}{$f\!=\!1.4$}\ero}
\put(248, 24){\rot{-14}\sx{1.01}{$f\!=\!1.2$}\ero}
%
% \put( 8,368){\rot{-90}\sx{1.01}{$f\!=\!-2$}\ero}
\put(38,368){\rot{-90}\sx{1.01}{$f\!=\!-0.8$}\ero}
\put(50,368){\rot{-90}\sx{1.01}{$f\!=\!-0.6$}\ero}
\put(67,368){\rot{-90}\sx{1.01}{$f\!=\!-0.4$}\ero}
\put(85,368){\rot{-90}\sx{1.01}{$f\!=\!-0.2$}\ero}
%
\put(112,68){\rot{90}\sx{1.01}{$f\!=\!0$}\ero}
\put(124,62){\rot{84}\sx{1.01}{$f\!=\!0.2$}\ero}
\put(144,58){\rot{86}\sx{1.01}{$f\!=\!0.4$}\ero}
\put(164,54){\rot{87}\sx{1.01}{$f\!=\!0.6$}\ero}
\put(185,50){\rot{88}\sx{1.01}{$f\!=\!0.8$}\ero}
\put(213,50){\rot{88}\sx{1.01}{$f\!=\!1$}\ero}
\put(173,7){\sx{1.01}{$f\!=\!1$}}
\put(227,7){\sx{1.01}{$f\!=\!1$}}

%
\put(1,20){\rot{-35}\sx{.8}{$f\!=\!-10$}\ero}
\put(8,41){\rot{-64}\sx{.8}{$f\!=\!-5$}\ero}
\put( 101.2,4){\rot{132}{\textcolor{RED}{\rule{4pt}{1pt}}}\ero} %some make-up
\put( 99,4){\rot{154}{\textcolor{RED}{\rule{5pt}{1pt}}}\ero}
\put( 97,4){\rot{160}{\textcolor{RED}{\rule{7pt}{1pt}}}\ero}
\put(101,5.4){ \textcolor{white}{\rule{3pt}{3pt}}   }
\put(102.5,2){\rule{2pt}{4pt}} 
\put(62,2){\rule{342pt}{2pt}} %I have not yet prepared the expansion for $b \approx 1$
\put( 62,4){\rot{172}{\rule{24.5pt}{2pt}}\ero} %ok
\put( 80,4){\rot{173}{\rule{29pt}{2pt}}\ero} %ok
\put( 85,4){\rot{171}{\rule{20pt}{2pt}}\ero} %ok
\put( 90,4){\rot{170}{\rule{17pt}{2pt}}\ero} %ok
\put( 98,4){\rot{169}{\rule{14pt}{2pt}}\ero} %ok
\end{picture}

\end{figure}

\end{document}