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


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

\subsection*{Public Attributes}
\begin{CompactItemize}
\item 
unsigned int \hyperlink{struct__MfcCfgCal_940e1ca11c7be82e489422bfb0754949}{elo}
\item 
unsigned int \hyperlink{struct__MfcCfgCal_c68a44eb24165dcc6789b2c9e05888e8}{ehi}
\item 
unsigned int \hyperlink{struct__MfcCfgCal_8da89b32e7df28718ba852cc79ff930c}{nlayers}
\end{CompactItemize}


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

\subsection{Member Data Documentation}
\hypertarget{struct__MfcCfgCal_c68a44eb24165dcc6789b2c9e05888e8}{
\index{\_\-MfcCfgCal@{\_\-MfcCfgCal}!ehi@{ehi}}
\index{ehi@{ehi}!_MfcCfgCal@{\_\-MfcCfgCal}}
\subsubsection[{ehi}]{\setlength{\rightskip}{0pt plus 5cm}unsigned int {\bf \_\-MfcCfgCal::ehi}}}
\label{struct__MfcCfgCal_c68a44eb24165dcc6789b2c9e05888e8}


The upper energy threshold, expressed in 2$\ast$LEUS, used to determine if the energy deposited is in the 1 MIP range. With a MIP in the CAL being $\sim$12 Mev, this number is typically set to $\sim$20 Mev 

Referenced by cal\_\-check(), compileCfgPrms(), and printCfg().\hypertarget{struct__MfcCfgCal_940e1ca11c7be82e489422bfb0754949}{
\index{\_\-MfcCfgCal@{\_\-MfcCfgCal}!elo@{elo}}
\index{elo@{elo}!_MfcCfgCal@{\_\-MfcCfgCal}}
\subsubsection[{elo}]{\setlength{\rightskip}{0pt plus 5cm}unsigned int {\bf \_\-MfcCfgCal::elo}}}
\label{struct__MfcCfgCal_940e1ca11c7be82e489422bfb0754949}


The lower energy threshold, expressed in 2$\ast$LEUs, used to determine if the energy deposited is in the 1 MIP range. With a MIP in the CAL being $\sim$12 Mev, this number is typically set to $\sim$5 Mev 

Referenced by cal\_\-check(), compileCfgPrms(), and printCfg().\hypertarget{struct__MfcCfgCal_8da89b32e7df28718ba852cc79ff930c}{
\index{\_\-MfcCfgCal@{\_\-MfcCfgCal}!nlayers@{nlayers}}
\index{nlayers@{nlayers}!_MfcCfgCal@{\_\-MfcCfgCal}}
\subsubsection[{nlayers}]{\setlength{\rightskip}{0pt plus 5cm}unsigned int {\bf \_\-MfcCfgCal::nlayers}}}
\label{struct__MfcCfgCal_8da89b32e7df28718ba852cc79ff930c}


The number of layers to check for minimum ionizing. The test for failure is greater than this value. Typical value is 3 

Referenced by compileCfgPrms(), and printCfg().

The documentation for this struct was generated from the following file:\begin{CompactItemize}
\item 
\hyperlink{MFC__def_8h}{MFC\_\-def.h}\end{CompactItemize}