	\begin{longtable}{p{1.5cm}p{12cm}}
		\hline
		\multicolumn{1}{c}{{\textbf{Section} \texttt{anom\_wz}}} & \multicolumn{1}{c}{{\textbf{Description}}} \\ 
		\hline
		{\tt enable} &  Boolean flag to enable anomalous W-boson and Z-boson coupling contributions for certain 
		processes. 	False has the same effect as setting all anomalous couplings to zero, but additionally skips 
		computation of anomalous coupling code parts. \\
		 & \\
		{\tt delg1\_z} & $\Delta g_1^Z$ {\it See section~\ref{subsec:diboson}.} \\
		{\tt delk\_z} & $\Delta\kappa^Z$ {\it See section~\ref{subsec:diboson}.} \\
		{\tt delk\_g} & $\Delta\kappa^\gamma$ {\it See sections~\ref{subsec:diboson} and~\ref{subsec:wgamma}.} \\
		{\tt lambda\_z} & $\Lambda^Z$ {\it See section~\ref{subsec:diboson}.} \\
		{\tt lambda\_g} & $\Lambda^\gamma$ {\it See sections~\ref{subsec:diboson} and~\ref{subsec:wgamma}.} \\
		 & \\
		{\tt h1Z} & $h_1^Z$ {\it Anomalous couplings for $Z\gamma$ process at NNLO. See 
		section~\ref{subsec:zgamma}.} \\
		{\tt h1gam} & $h_1^\gamma$ {\it See section~\ref{subsec:zgamma}.} \\
		{\tt h2Z} & $h_2^Z$ {\it See section~\ref{subsec:zgamma}.} \\
		{\tt h2gam} & $h_2^\gamma$ {\it See section~\ref{subsec:zgamma}.} \\
		{\tt h3Z} & $h_3^Z$ {\it See section~\ref{subsec:zgamma}.} \\
		{\tt h3gam} & $h_3^\gamma$ {\it See section~\ref{subsec:zgamma}.} \\
		{\tt h4Z} & $h_4^Z$ {\it See section~\ref{subsec:zgamma}.} \\
		{\tt h4gam} & $h_4^\gamma$ {\it See section~\ref{subsec:zgamma}.} \\
		 & \\
		{\tt tevscale} & Form-factor scale, in TeV {\it See section~\ref{subsec:diboson}.} 
		No form-factors are applied to the anomalous couplings if this value is negative. \\
		\hline
	\end{longtable}
%\end{table}

\clearpage
