<commit_before>\chapter{List of Default Values} \label{Default}

% ================================================================================================================================ %
\section{Default Tracking Parameters} \label{DTP}

Some of the parameters for tracking are set to non-zero values.
This is done for instance to avoid as much as possible program errors such as division by zero due to an erroneous input.
The default values for the \textit{Iteration Errors} (\ref{IteErr}) see table~\ref{T-IteErr}.

\newcounter{dtp} \setcounter{dtp}{0}

\bigskip
\begin{table}[h]
    \caption{Default Tracking Parameters}
    \label{T-DTP}
    \scriptsize
    \centering
    \renewcommand{\arraystretch}{1.5}
    \begin{tabular}{|l|l|l|c|c|}
        \hline
        \rowcolor{blue!30}
        \textbf{\#} & \textbf{Description} & \textbf{Value} & \textbf{\S} & \textbf{Page} \\
        \hline \stepcounter{dtp}
        \thedtp & General Aperture Limitations (horizontal and vertical) & 1000 mm & \ref{ApeLim} & \pageref{ApeLim} \\
        \hline \stepcounter{dtp}
        \thedtp & Starting in the Accelerator Structure at Element Number & 1 & \ref{StrInp} & \pageref{StrInp} \\
        \hline \stepcounter{dtp}
        \thedtp & Number of Turns in the forward Direction & 1 & \ref{TraPar} & \pageref{TraPar} \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Initial horizontal Amplitude & 0.001 mm & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Horizontal and vertical Phase Space Coupling Switches on & 1 & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Flat Bottom, Ramping and Flat Top Printout after Turn Number & 1 & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Printout of Coordinates (file 6) after Turn Number & 10000 & & \\
        \hline \stepcounter{dtp}
        \thedtp & Kinetic Energy [MeV] of the Reference Particle & $ 10^{-6} $ & \ref{IniCoo} & \pageref{IniCoo} \\
        \hline \stepcounter{dtp}
        \thedtp & Harmonic Number & 1 & \ref{SynOsc} & \pageref{SynOsc} \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Momentum Compaction Factor & 0.001 & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Length of the Machine & 1 km & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Mass of the Particle (Proton) & 938.2723128 $ \mathrm{MeV} / \mathrm{c}^2 $ & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Momentum Correction Factor for Distance in Phase Space & 1 & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Path-length Correction Factor for Distance in Phase Space & 1 & & \\
        \hline \stepcounter{dtp}
        \thedtp & Averaging Turn Interval for Post-processing & 1 & \ref{PosPro} & \pageref{PosPro} \\
        \hline
    \end{tabular}
    \normalsize
\end{table}

\newpage

% ================================================================================================================================ %
\section{Default Size Parameters} \label{DSP}

SixTrack 5 automaticall scales the arrays related to the machine description and number of tracked particles.
However, many other parameters are fixed and are defined as a parameters in the module \texttt{parpro} in the source code.
If these are found to be too low, they can be adjusted in the source.

\newcounter{dsp} \setcounter{dsp}{0}

\bigskip
\begin{table}[h]
    \caption{Default Size Parameters}
    \label{T-DSP}
    \scriptsize
    \centering
    \renewcommand{\arraystretch}{1.5}
    \begin{tabular}{|c|l|c|c|c|c|}
        \hline
        \rowcolor{blue!30}
        \textbf{\#} & \textbf{Description} & \textbf{Value} & \textbf{Name} & \textbf{\S} & \textbf{Page} \\
        \hline \stepcounter{dsp}
        \thedsp & Maximum Number of Coordinates used in the Correction Routines & 6 & \texttt{MPA} & & \\
        \hline \stepcounter{dsp}
        \thedsp & Number of Single Elements & auto & \texttt{NELE} & \ref{SinEle} & \pageref{SinEle} \\
        \hline \stepcounter{dsp}
        \thedsp & Number of Blocks of Linear Elements & auto & \texttt{NBLO} & \ref{BloDef} & \pageref{BloDef} \\
        \cline{1-4} \stepcounter{dsp}
        \thedsp & Number of Linear Elements per Block & 280 & \texttt{NELB} & & \\
        \hline \stepcounter{dsp}
        \thedsp & Total Number of Elements in the Structure & auto & \texttt{NBLZ} & \ref{StrInp} & \pageref{StrInp} \\<commit_msg>Typo ...<commit_after>\chapter{List of Default Values} \label{Default}

% ================================================================================================================================ %
\section{Default Tracking Parameters} \label{DTP}

Some of the parameters for tracking are set to non-zero values.
This is done for instance to avoid as much as possible program errors such as division by zero due to an erroneous input.
The default values for the \textit{Iteration Errors} (\ref{IteErr}) see table~\ref{T-IteErr}.

\newcounter{dtp} \setcounter{dtp}{0}

\bigskip
\begin{table}[h]
    \caption{Default Tracking Parameters}
    \label{T-DTP}
    \scriptsize
    \centering
    \renewcommand{\arraystretch}{1.5}
    \begin{tabular}{|l|l|l|c|c|}
        \hline
        \rowcolor{blue!30}
        \textbf{\#} & \textbf{Description} & \textbf{Value} & \textbf{\S} & \textbf{Page} \\
        \hline \stepcounter{dtp}
        \thedtp & General Aperture Limitations (horizontal and vertical) & 1000 mm & \ref{ApeLim} & \pageref{ApeLim} \\
        \hline \stepcounter{dtp}
        \thedtp & Starting in the Accelerator Structure at Element Number & 1 & \ref{StrInp} & \pageref{StrInp} \\
        \hline \stepcounter{dtp}
        \thedtp & Number of Turns in the forward Direction & 1 & \ref{TraPar} & \pageref{TraPar} \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Initial horizontal Amplitude & 0.001 mm & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Horizontal and vertical Phase Space Coupling Switches on & 1 & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Flat Bottom, Ramping and Flat Top Printout after Turn Number & 1 & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Printout of Coordinates (file 6) after Turn Number & 10000 & & \\
        \hline \stepcounter{dtp}
        \thedtp & Kinetic Energy [MeV] of the Reference Particle & $ 10^{-6} $ & \ref{IniCoo} & \pageref{IniCoo} \\
        \hline \stepcounter{dtp}
        \thedtp & Harmonic Number & 1 & \ref{SynOsc} & \pageref{SynOsc} \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Momentum Compaction Factor & 0.001 & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Length of the Machine & 1 km & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Mass of the Particle (Proton) & 938.2723128 $ \mathrm{MeV} / \mathrm{c}^2 $ & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Momentum Correction Factor for Distance in Phase Space & 1 & & \\
        \cline{1-3} \stepcounter{dtp}
        \thedtp & Path-length Correction Factor for Distance in Phase Space & 1 & & \\
        \hline \stepcounter{dtp}
        \thedtp & Averaging Turn Interval for Post-processing & 1 & \ref{PosPro} & \pageref{PosPro} \\
        \hline
    \end{tabular}
    \normalsize
\end{table}

\newpage

% ================================================================================================================================ %
\section{Default Size Parameters} \label{DSP}

SixTrack 5 automatically scales the arrays related to the machine description and number of tracked particles.
However, many other parameters are fixed and are defined as a parameters in the module \texttt{parpro} in the source code.
If these are found to be too low, they can be adjusted in the source.

\newcounter{dsp} \setcounter{dsp}{0}

\bigskip
\begin{table}[h]
    \caption{Default Size Parameters}
    \label{T-DSP}
    \scriptsize
    \centering
    \renewcommand{\arraystretch}{1.5}
    \begin{tabular}{|c|l|c|c|c|c|}
        \hline
        \rowcolor{blue!30}
        \textbf{\#} & \textbf{Description} & \textbf{Value} & \textbf{Name} & \textbf{\S} & \textbf{Page} \\
        \hline \stepcounter{dsp}
        \thedsp & Maximum Number of Coordinates used in the Correction Routines & 6 & \texttt{MPA} & & \\
        \hline \stepcounter{dsp}
        \thedsp & Number of Single Elements & auto & \texttt{NELE} & \ref{SinEle} & \pageref{SinEle} \\
        \hline \stepcounter{dsp}
        \thedsp & Number of Blocks of Linear Elements & auto & \texttt{NBLO} & \ref{BloDef} & \pageref{BloDef} \\
        \cline{1-4} \stepcounter{dsp}
        \thedsp & Number of Linear Elements per Block & 280 & \texttt{NELB} & & \\
        \hline \stepcounter{dsp}
        \thedsp & Total Number of Elements in the Structure & auto & \texttt{NBLZ} & \ref{StrInp} & \pageref{StrInp} \\
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