tikz/pkgplot logplot of quarks and leptons in Standard Model of Elementary Particles

StandardModelLog.tex

\documentclass[a4paper,landscape]{article}
%remember to install pfgplots
%\usepackage{gensymb} 
\usepackage{graphicx}
%\usepackage{amsmath}
\usepackage{adjustbox} %either import it, or remove the begin...end
%{amsart}
\usepackage{tikz}
\usepackage{pgfplots}         

\usetikzlibrary{fit,shapes,arrows}
%\pgfplotsset{compat=1.9}
%\pgfplotsset{compat=1.8}
%\pgfplotsset{compat=1.12}

\begin{document} 
\thispagestyle{empty} 


%%%
%%% Picture starts here
%%%



\begin{adjustbox}{width=0.9\paperwidth,center}
%\begin{center}
%or \centering
\begin{tikzpicture}[
      %scale=1.0,                   %control here and in x, y of semilogaxis, plus adjustbox
      level/.style={thick},
      virtual/.style={thick,densely dashed},
      classical/.style={thin,double,<->,>=stealth}
    ] 
\begin{semilogxaxis}[
           y=0.8cm,
           x=1.5cm,
           hide y axis,
           axis x line*=bottom,
           xmin=3e-4, xmax=3e2,% range for the x axis
           xlabel = GeV,
           after end axis/.code={
               %\draw[red,<->] (axis cs:1.796,6.5) -- (axis cs:246.2,6.5) node[midway,above] {$\alpha$};
               \draw[red,<->] (axis cs:0.135,1.5) node[left,left]  {$\pi$} -- (axis cs:0.939,1.5) node[right,right] {p} ; 
               \draw[red,<->] (axis cs:0.000511,6.5) -- (axis cs:.0700356,6.5) node[midway,above] {$\alpha$};
               \draw[<->] (axis cs:.0700356,6.8) -- (axis cs:.10104,6.8) node[midway,above] {\tiny $\ln 2$};
               \draw[level] (axis cs:173.2,4.5) -- (axis cs:173.2,1.1) node[above left] {{t}};
               \draw[virtual] (axis cs:246.2,8.2) -- (axis cs:246.2,0.6) node[midway,right] {v};
               \draw[level] (axis cs:0.000511,6.8) -- (axis cs:0.000511,4.2) node[above left] {{$e$}};  
               \draw[virtual] (axis cs:0.0023,3.8) -- (axis cs:0.0023,2.3) node[above right] {$u$};
               \draw[virtual] (axis cs:0.0048,3.8) -- (axis cs:0.0048,2.3) node[above right] {$d$};
               \draw[level] (axis cs:0.105658,6.8) -- (axis cs:0.105658,4.2) node[above right] {$\mu$};
               \draw[level] (axis cs:1.77682,6.8) -- (axis cs:1.77682,4.2) node[above right] {$\tau$};
               \draw[level] (axis cs:0.095,5.5) -- (axis cs:0.095,2.3) node[right] {$s$};
               \draw[level] (axis cs:1.275,5.5) -- (axis cs:1.275,2.3) node[right] {$c$};
               \draw[level] (axis cs:4.18,4.5) -- (axis cs:4.18,1.4) node[above right] {$b$};
               \draw[<->] (axis cs:91.1876,7.0) -- (axis cs:246.2,7.0) node[right] {\tiny $\frac 12 g_0$} ;
               \draw[<->] (axis cs:80.385,6.3)  -- (axis cs:246.2,6.3) node[right] {\tiny $\frac 12 g_0 cos \theta$};
               \draw[<->] (axis cs:42.989,5.8) -- (axis cs:246.2,5.8) node[midway,below] {\tiny $\frac 12 g_0 sin \theta$};
               %\draw[<->] (axis cs:42.989,5.8) -- (axis cs:0.31366,5.8) node[midway,below] {\tiny $\alpha$};
              \draw[virtual] (axis cs:0.31366,5.4) -- (axis cs:0.313,6.4) node[above,right] {\tiny $313$ MeV};
              \draw[level] (axis cs:125.09,4.3) -- (axis cs:125.09,3.5) node[midway,left] {\tiny $H^0$};
              \draw[level] (axis cs:91.1876,6.8) -- (axis cs:91.1876,7.7) node[right] {\tiny $Z^0$};
              \draw[level] (axis cs:80.385,6.1) -- (axis cs:80.385,7.7) node[left] {\tiny $W^\pm$};
      }
]
 
%
% you need at least one addplot (or some positioned \node) to auto-position the logscale
% 
%\addplot[domain=0.511:246.2, no markers] {(0.0)};\node at (axis cs:200.1,2.8)       {xx};
\addplot[<->,point meta=rand] coordinates {(174.1,0.5) (246.2,0.5)} node[above,pos=0.4] {\tiny $\sqrt 2$};
\addplot[-] coordinates {(246.2,2.5) (246.2,2.5)};

%% Koide tuples
%\addplot[<->] coordinates {(0.000511,5) (0.105658,5) (1.77682,5)};
%\addplot[<->] coordinates {(1.275,3) (4.18,3) (173.21,3)};
%\addplot[<->] coordinates {(0.095,4) (1.275,4) (4.18,4)};




\end{semilogxaxis}
\end{tikzpicture}
%\end{center}
\end{adjustbox}
%%%
%%% Picture ends here
%%%

%\begin{flushright}
%\begin{minipage}{.75\linewidth}
%\tiny
%sqrt(1-0.8819^2).471436  , * Mz= 42.989  * alpha= .31366 Dave Lock
%The relationship $\mu-e$ is well known, used in the early 70s. From $\tau$ to the electroweak vacuum, I read it first in a comment of R. Yablon in USENET. From 313 MeV to electroweak, in 2010 from D Lackey (davelook in a blog comment)   
%\end{minipage}
%\end{flushright}
\end{document}