\hypertarget{struct__GammaCfgCal}{
\section{\_\-GammaCfgCal Struct Reference}
\label{struct__GammaCfgCal}\index{\_\-GammaCfgCal@{\_\-GammaCfgCal}}
}
System control structure for the CAL cuts.  


{\tt \#include $<$GFC\_\-def.h$>$}

\subsection*{Public Attributes}
\begin{CompactItemize}
\item 
int \hyperlink{struct__GammaCfgCal_c0d938f56cb23b047080c5ce9eaffecc}{epass}
\item 
int \hyperlink{struct__GammaCfgCal_834403fda1bf2fb3cbe43405af1ffa91}{eveto}
\item 
int \hyperlink{struct__GammaCfgCal_02ea0389f015f4750f6d57ae4007b94c}{emin}
\item 
int \hyperlink{struct__GammaCfgCal_694881c0d632c9d953483f1a770555a9}{emax}
\item 
int \hyperlink{struct__GammaCfgCal_4ecb409d1637607b37d2259b5d7282e8}{layer0RatioLo}
\item 
int \hyperlink{struct__GammaCfgCal_db99da12dd719e44074e1b6e25b1ec5c}{layer0RatioHi}
\end{CompactItemize}


\subsection{Detailed Description}
System control structure for the CAL cuts. 

\subsection{Member Data Documentation}
\hypertarget{struct__GammaCfgCal_694881c0d632c9d953483f1a770555a9}{
\index{\_\-GammaCfgCal@{\_\-GammaCfgCal}!emax@{emax}}
\index{emax@{emax}!_GammaCfgCal@{\_\-GammaCfgCal}}
\subsubsection[{emax}]{\setlength{\rightskip}{0pt plus 5cm}int {\bf \_\-GammaCfgCal::emax}}}
\label{struct__GammaCfgCal_694881c0d632c9d953483f1a770555a9}


The limiting energy for doing the layer ratio test, typically 300MeV, 

Referenced by compileCfgPrms(), and printCfg().\hypertarget{struct__GammaCfgCal_02ea0389f015f4750f6d57ae4007b94c}{
\index{\_\-GammaCfgCal@{\_\-GammaCfgCal}!emin@{emin}}
\index{emin@{emin}!_GammaCfgCal@{\_\-GammaCfgCal}}
\subsubsection[{emin}]{\setlength{\rightskip}{0pt plus 5cm}int {\bf \_\-GammaCfgCal::emin}}}
\label{struct__GammaCfgCal_02ea0389f015f4750f6d57ae4007b94c}


The lower energy limit for doing the layer ratio test 

Referenced by compileCfgPrms(), gammaFilter(), and printCfg().\hypertarget{struct__GammaCfgCal_c0d938f56cb23b047080c5ce9eaffecc}{
\index{\_\-GammaCfgCal@{\_\-GammaCfgCal}!epass@{epass}}
\index{epass@{epass}!_GammaCfgCal@{\_\-GammaCfgCal}}
\subsubsection[{epass}]{\setlength{\rightskip}{0pt plus 5cm}int {\bf \_\-GammaCfgCal::epass}}}
\label{struct__GammaCfgCal_c0d938f56cb23b047080c5ce9eaffecc}


The hi energy pass value 

Referenced by compileCfgPrms(), gammaFilter(), and printCfg().\hypertarget{struct__GammaCfgCal_834403fda1bf2fb3cbe43405af1ffa91}{
\index{\_\-GammaCfgCal@{\_\-GammaCfgCal}!eveto@{eveto}}
\index{eveto@{eveto}!_GammaCfgCal@{\_\-GammaCfgCal}}
\subsubsection[{eveto}]{\setlength{\rightskip}{0pt plus 5cm}int {\bf \_\-GammaCfgCal::eveto}}}
\label{struct__GammaCfgCal_834403fda1bf2fb3cbe43405af1ffa91}


The lo energy veto value 

Referenced by compileCfgPrms(), and printCfg().\hypertarget{struct__GammaCfgCal_db99da12dd719e44074e1b6e25b1ec5c}{
\index{\_\-GammaCfgCal@{\_\-GammaCfgCal}!layer0RatioHi@{layer0RatioHi}}
\index{layer0RatioHi@{layer0RatioHi}!_GammaCfgCal@{\_\-GammaCfgCal}}
\subsubsection[{layer0RatioHi}]{\setlength{\rightskip}{0pt plus 5cm}int {\bf \_\-GammaCfgCal::layer0RatioHi}}}
\label{struct__GammaCfgCal_db99da12dd719e44074e1b6e25b1ec5c}


The low end layer ratio cut, typically 90\%, this is expressed in units of 1024, so 900 $\sim$= 90\% 

Referenced by compileCfgPrms(), gammaFilter(), and printCfg().\hypertarget{struct__GammaCfgCal_4ecb409d1637607b37d2259b5d7282e8}{
\index{\_\-GammaCfgCal@{\_\-GammaCfgCal}!layer0RatioLo@{layer0RatioLo}}
\index{layer0RatioLo@{layer0RatioLo}!_GammaCfgCal@{\_\-GammaCfgCal}}
\subsubsection[{layer0RatioLo}]{\setlength{\rightskip}{0pt plus 5cm}int {\bf \_\-GammaCfgCal::layer0RatioLo}}}
\label{struct__GammaCfgCal_4ecb409d1637607b37d2259b5d7282e8}


The low end layer ratio cut, typically 1\%, this is expressed in units of 1024, so 10 $\sim$= 1\% 

Referenced by compileCfgPrms(), gammaFilter(), and printCfg().

The documentation for this struct was generated from the following file:\begin{CompactItemize}
\item 
\hyperlink{GFC__def_8h}{GFC\_\-def.h}\end{CompactItemize}