\hypertarget{synopsis}{}\subsection{Synopsis}\label{synopsis}


{\tt  CCULRP {\em  in\_\-file } }

  \begin{TabularC}{2}
\hline
 in\_\-file & A LRP (\char`\"{}ivtr\char`\"{} format) data file \\\hline
\end{TabularC}


\hypertarget{description}{}\subsection{Description}\label{description}


The {\tt CCULRP} application parses BFEM low-rate physics files and extracts the basic calorimeter rate counter information. The input file should be a binary list of \char`\"{}ivtr\char`\"{} packets. This application looks at the \char`\"{}gpsr\char`\"{} and \char`\"{}calr\char`\"{} records in each packet. The parsed information is printed in the following format: \par


{\em   gps\_\-alt, cal\_\-addr, counter\_\-0, counter\_\-1, . . . , counter\_\-39 \par
 }

  \begin{TabularC}{2}
\hline
 gps\_\-alt & The altitude in meters as reported by the DAQ GPS receiver.  \\\hline
 cal\_\-addr & The CAL board address (0 - 3) for the current counter set.  \\\hline
 counter\_\-n & A list of 40 counters belonging to the current CAL board. \\\hline
\end{TabularC}


Each one second record contains 1/4 of the complete set of CAL rate counters. Thus, each count represents 4 seconds of integration time.