\hypertarget{struct__GammaCfgAcd}{
\section{\_\-GammaCfgAcd Struct Reference}
\label{struct__GammaCfgAcd}\index{\_\-GammaCfgAcd@{\_\-GammaCfgAcd}}
}
System control structure for the evaluate ACD.  


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

\subsection*{Public Attributes}
\begin{CompactItemize}
\item 
int \hyperlink{struct__GammaCfgAcd_7178621c5d402269ca0a642367eb27f4}{topSideEmax}
\item 
int \hyperlink{struct__GammaCfgAcd_f18e0cb20e9c5f85563705a0635bfd12}{topSideFilterEmax}
\item 
int \hyperlink{struct__GammaCfgAcd_4bb5f16ae0df38a77f073aef4f3019ae}{splashEmax}
\item 
int \hyperlink{struct__GammaCfgAcd_a90af5052452b2197965b9675ffb501b}{splashCount}
\item 
const \hyperlink{struct__AFC__splashMap}{AFC\_\-splashMap} $\ast$ \hyperlink{struct__GammaCfgAcd_85e32f5863a0dc0381f60ea9b3899eec}{splashMap}
\end{CompactItemize}


\subsection{Detailed Description}
System control structure for the evaluate ACD. 

\subsection{Member Data Documentation}
\hypertarget{struct__GammaCfgAcd_a90af5052452b2197965b9675ffb501b}{
\index{\_\-GammaCfgAcd@{\_\-GammaCfgAcd}!splashCount@{splashCount}}
\index{splashCount@{splashCount}!_GammaCfgAcd@{\_\-GammaCfgAcd}}
\subsubsection[{splashCount}]{\setlength{\rightskip}{0pt plus 5cm}int {\bf \_\-GammaCfgAcd::splashCount}}}
\label{struct__GammaCfgAcd_a90af5052452b2197965b9675ffb501b}


Maximum tile count for events exceeding {\em splashEmax\/}. This is $>$= comparison, so if the value is 4 then events with energy greater than 40000 Mev and ACD tiles $>$=4 get rejected 

Referenced by compileCfgPrms(), evaluateAcd(), and gammaFilter().\hypertarget{struct__GammaCfgAcd_4bb5f16ae0df38a77f073aef4f3019ae}{
\index{\_\-GammaCfgAcd@{\_\-GammaCfgAcd}!splashEmax@{splashEmax}}
\index{splashEmax@{splashEmax}!_GammaCfgAcd@{\_\-GammaCfgAcd}}
\subsubsection[{splashEmax}]{\setlength{\rightskip}{0pt plus 5cm}int {\bf \_\-GammaCfgAcd::splashEmax}}}
\label{struct__GammaCfgAcd_4bb5f16ae0df38a77f073aef4f3019ae}


Maximum energy to apply maximum tile count and the splash veto typical 40000 Mev 

Referenced by compileCfgPrms().\hypertarget{struct__GammaCfgAcd_85e32f5863a0dc0381f60ea9b3899eec}{
\index{\_\-GammaCfgAcd@{\_\-GammaCfgAcd}!splashMap@{splashMap}}
\index{splashMap@{splashMap}!_GammaCfgAcd@{\_\-GammaCfgAcd}}
\subsubsection[{splashMap}]{\setlength{\rightskip}{0pt plus 5cm}const {\bf AFC\_\-splashMap}$\ast$ {\bf \_\-GammaCfgAcd::splashMap}}}
\label{struct__GammaCfgAcd_85e32f5863a0dc0381f60ea9b3899eec}


The splash map to use, this defines the near and far neighbors of each tile. 

Referenced by compileCfgPrms(), evaluateAcd(), and gammaFilter().\hypertarget{struct__GammaCfgAcd_7178621c5d402269ca0a642367eb27f4}{
\index{\_\-GammaCfgAcd@{\_\-GammaCfgAcd}!topSideEmax@{topSideEmax}}
\index{topSideEmax@{topSideEmax}!_GammaCfgAcd@{\_\-GammaCfgAcd}}
\subsubsection[{topSideEmax}]{\setlength{\rightskip}{0pt plus 5cm}int {\bf \_\-GammaCfgAcd::topSideEmax}}}
\label{struct__GammaCfgAcd_7178621c5d402269ca0a642367eb27f4}


Maximum energy to apply top and side vetoes, Typical 10MeV, GFC\_\-STATUS\_\-M\_\-EO\_\-TILE 

Referenced by compileCfgPrms().\hypertarget{struct__GammaCfgAcd_f18e0cb20e9c5f85563705a0635bfd12}{
\index{\_\-GammaCfgAcd@{\_\-GammaCfgAcd}!topSideFilterEmax@{topSideFilterEmax}}
\index{topSideFilterEmax@{topSideFilterEmax}!_GammaCfgAcd@{\_\-GammaCfgAcd}}
\subsubsection[{topSideFilterEmax}]{\setlength{\rightskip}{0pt plus 5cm}int {\bf \_\-GammaCfgAcd::topSideFilterEmax}}}
\label{struct__GammaCfgAcd_f18e0cb20e9c5f85563705a0635bfd12}


Maximum energy to apply top and side filter (rows 0 \& 1), typical 350 Mev 

Referenced by compileCfgPrms().

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