Doxygen/latex/classTofBetaRangeCut.tex

\hypertarget{classTofBetaRangeCut}{
\section{TofBetaRangeCut Class Reference}
\label{classTofBetaRangeCut}\index{TofBetaRangeCut@{TofBetaRangeCut}}
}
The TofBetaRange cut. This cut selects a range of beta values. Note that beta can be either positive (downward going particle) or negative (upward going particle).  


{\tt \#include $<$TofBetaRangeCut.h$>$}

Inheritance diagram for TofBetaRangeCut::\begin{figure}[H]
\begin{center}
\leavevmode
\includegraphics[height=2cm]{classTofBetaRangeCut}
\end{center}
\end{figure}
\subsection*{Public Member Functions}
\begin{CompactItemize}
\item 
\hyperlink{classTofBetaRangeCut_87a89f82b498c4f200f5315747f3bfaf}{TofBetaRangeCut} (const char $\ast$cutName, int $\ast$trackTof=NULL, float resMax=10., float qualCut=10., float chi2Cut=20., float minBeta=-100., float maxBeta=100.)
\begin{CompactList}\small\item\em Constructor. The parameters are: the TOF-index for the track which is necessary to input to derive the beta; resMax, qualCut and chi2Cut for the quality of beta; the minimum and maximum beta values. Various combinations of quality parameters are possible: default low-quality beta (used for beta\mbox{[}12\mbox{]}): 10.,10.,20.; medium-quality beta: 5.,15.,4.; high-quality beta: 3.,20.,3. NOTE: beta can be either positive (downward going particle) or negative (upward going particle). Beta = 100 means beta calculation was not successful. \item\end{CompactList}\item 
\hypertarget{classTofBetaRangeCut_2a1c13e6ee49c8556a500b19b89edb63}{
\hyperlink{classTofBetaRangeCut_2a1c13e6ee49c8556a500b19b89edb63}{$\sim$TofBetaRangeCut} ()}
\label{classTofBetaRangeCut_2a1c13e6ee49c8556a500b19b89edb63}

\begin{CompactList}\small\item\em Destructor. \item\end{CompactList}\item 
int \hyperlink{classTofBetaRangeCut_e9ee404fb4b3435746113d72c9471ec9}{Check} (PamLevel2 $\ast$event)
\begin{CompactList}\small\item\em The TofBetaRange check. \item\end{CompactList}\end{CompactItemize}


\subsection{Detailed Description}
The TofBetaRange cut. This cut selects a range of beta values. Note that beta can be either positive (downward going particle) or negative (upward going particle). 

\subsection{Constructor \& Destructor Documentation}
\hypertarget{classTofBetaRangeCut_87a89f82b498c4f200f5315747f3bfaf}{
\index{TofBetaRangeCut@{TofBetaRangeCut}!TofBetaRangeCut@{TofBetaRangeCut}}
\index{TofBetaRangeCut@{TofBetaRangeCut}!TofBetaRangeCut@{TofBetaRangeCut}}
\subsubsection[{TofBetaRangeCut}]{\setlength{\rightskip}{0pt plus 5cm}TofBetaRangeCut::TofBetaRangeCut (const char $\ast$ {\em cutName}, \/  int $\ast$ {\em trackTof} = {\tt NULL}, \/  float {\em resMax} = {\tt 10.}, \/  float {\em qualCut} = {\tt 10.}, \/  float {\em chi2Cut} = {\tt 20.}, \/  float {\em minBeta} = {\tt -100.}, \/  float {\em maxBeta} = {\tt 100.})\hspace{0.3cm}{\tt  \mbox{[}inline\mbox{]}}}}
\label{classTofBetaRangeCut_87a89f82b498c4f200f5315747f3bfaf}


Constructor. The parameters are: the TOF-index for the track which is necessary to input to derive the beta; resMax, qualCut and chi2Cut for the quality of beta; the minimum and maximum beta values. Various combinations of quality parameters are possible: default low-quality beta (used for beta\mbox{[}12\mbox{]}): 10.,10.,20.; medium-quality beta: 5.,15.,4.; high-quality beta: 3.,20.,3. NOTE: beta can be either positive (downward going particle) or negative (upward going particle). Beta = 100 means beta calculation was not successful. 

\begin{Desc}
\item[Parameters:]
\begin{description}
\item[{\em cutName}]The cut's name. \item[{\em trackTof}]Pointer to the TOF-index indicating the track to be used when evaluating the beta (default value for TOF\_\-index is 0, corresponding to the TOF stand-alone track \mbox{[}no TRK information to build the TOF stand-alone track\mbox{]}). The pointer to the TOF\_\-index for TRK-track as given by \hyperlink{classTrkPhSinCut}{TrkPhSinCut} can be used.\item[{\em resMax}]Default: 10. (equivalent to beta\mbox{[}12\mbox{]}) \item[{\em qualCut}]Default: 10. (equivalent to beta\mbox{[}12\mbox{]}) \item[{\em chi2Cut}]Default: 20. (equivalent to beta\mbox{[}12\mbox{]}) \item[{\em minBeta}]the minimum beta value (with sign) \item[{\em maxBeta}]the maximum beta value (with sign) \end{description}
\end{Desc}


\subsection{Member Function Documentation}
\hypertarget{classTofBetaRangeCut_e9ee404fb4b3435746113d72c9471ec9}{
\index{TofBetaRangeCut@{TofBetaRangeCut}!Check@{Check}}
\index{Check@{Check}!TofBetaRangeCut@{TofBetaRangeCut}}
\subsubsection[{Check}]{\setlength{\rightskip}{0pt plus 5cm}int TofBetaRangeCut::Check (PamLevel2 $\ast$ {\em event})\hspace{0.3cm}{\tt  \mbox{[}virtual\mbox{]}}}}
\label{classTofBetaRangeCut_e9ee404fb4b3435746113d72c9471ec9}


The TofBetaRange check. 

\begin{Desc}
\item[Parameters:]
\begin{description}
\item[{\em event}]The event to analyze. \end{description}
\end{Desc}
\begin{Desc}
\item[Returns:]\hyperlink{CommonDefs_8h_c857f4b76ae431837cbf61fd74863b6c}{CUTOK} if particle beta is inside the specified range (minBeta $<$ beta $<$ maxBeta) 

0 otherwise \end{Desc}


Implements \hyperlink{classPamCut_a874600461950d1f2b75ce3938f91cbe}{PamCut}.

The documentation for this class was generated from the following files:\begin{CompactItemize}
\item 
TofCuts/TofBetaRangeCut/\hyperlink{TofBetaRangeCut_8h}{TofBetaRangeCut.h}\item 
TofCuts/TofBetaRangeCut/\hyperlink{TofBetaRangeCut_8cpp}{TofBetaRangeCut.cpp}\end{CompactItemize}
1	pam-fi	1.1	\hypertarget{classTofBetaRangeCut}{
2			\section{TofBetaRangeCut Class Reference}
3			\label{classTofBetaRangeCut}\index{TofBetaRangeCut@{TofBetaRangeCut}}
4			}
5			The TofBetaRange cut. This cut selects a range of beta values. Note that beta can be either positive (downward going particle) or negative (upward going particle).
6
7
8			{\tt \#include $<$TofBetaRangeCut.h$>$}
9
10			Inheritance diagram for TofBetaRangeCut::\begin{figure}[H]
11			\begin{center}
12			\leavevmode
13			\includegraphics[height=2cm]{classTofBetaRangeCut}
14			\end{center}
15			\end{figure}
16			\subsection*{Public Member Functions}
17			\begin{CompactItemize}
18			\item
19			\hyperlink{classTofBetaRangeCut_87a89f82b498c4f200f5315747f3bfaf}{TofBetaRangeCut} (const char $\ast$cutName, int $\ast$trackTof=NULL, float resMax=10., float qualCut=10., float chi2Cut=20., float minBeta=-100., float maxBeta=100.)
20			\begin{CompactList}\small\item\em Constructor. The parameters are: the TOF-index for the track which is necessary to input to derive the beta; resMax, qualCut and chi2Cut for the quality of beta; the minimum and maximum beta values. Various combinations of quality parameters are possible: default low-quality beta (used for beta\mbox{[}12\mbox{]}): 10.,10.,20.; medium-quality beta: 5.,15.,4.; high-quality beta: 3.,20.,3. NOTE: beta can be either positive (downward going particle) or negative (upward going particle). Beta = 100 means beta calculation was not successful. \item\end{CompactList}\item
21	pam-fi	1.2	\hypertarget{classTofBetaRangeCut_2a1c13e6ee49c8556a500b19b89edb63}{
22			\hyperlink{classTofBetaRangeCut_2a1c13e6ee49c8556a500b19b89edb63}{$\sim$TofBetaRangeCut} ()}
23			\label{classTofBetaRangeCut_2a1c13e6ee49c8556a500b19b89edb63}
24
25	pam-fi	1.1	\begin{CompactList}\small\item\em Destructor. \item\end{CompactList}\item
26			int \hyperlink{classTofBetaRangeCut_e9ee404fb4b3435746113d72c9471ec9}{Check} (PamLevel2 $\ast$event)
27			\begin{CompactList}\small\item\em The TofBetaRange check. \item\end{CompactList}\end{CompactItemize}
28
29
30			\subsection{Detailed Description}
31			The TofBetaRange cut. This cut selects a range of beta values. Note that beta can be either positive (downward going particle) or negative (upward going particle).
32
33			\subsection{Constructor \& Destructor Documentation}
34			\hypertarget{classTofBetaRangeCut_87a89f82b498c4f200f5315747f3bfaf}{
35			\index{TofBetaRangeCut@{TofBetaRangeCut}!TofBetaRangeCut@{TofBetaRangeCut}}
36			\index{TofBetaRangeCut@{TofBetaRangeCut}!TofBetaRangeCut@{TofBetaRangeCut}}
37			\subsubsection[{TofBetaRangeCut}]{\setlength{\rightskip}{0pt plus 5cm}TofBetaRangeCut::TofBetaRangeCut (const char $\ast$ {\em cutName}, \/ int $\ast$ {\em trackTof} = {\tt NULL}, \/ float {\em resMax} = {\tt 10.}, \/ float {\em qualCut} = {\tt 10.}, \/ float {\em chi2Cut} = {\tt 20.}, \/ float {\em minBeta} = {\tt -100.}, \/ float {\em maxBeta} = {\tt 100.})\hspace{0.3cm}{\tt \mbox{[}inline\mbox{]}}}}
38			\label{classTofBetaRangeCut_87a89f82b498c4f200f5315747f3bfaf}
39
40
41			Constructor. The parameters are: the TOF-index for the track which is necessary to input to derive the beta; resMax, qualCut and chi2Cut for the quality of beta; the minimum and maximum beta values. Various combinations of quality parameters are possible: default low-quality beta (used for beta\mbox{[}12\mbox{]}): 10.,10.,20.; medium-quality beta: 5.,15.,4.; high-quality beta: 3.,20.,3. NOTE: beta can be either positive (downward going particle) or negative (upward going particle). Beta = 100 means beta calculation was not successful.
42
43			\begin{Desc}
44			\item[Parameters:]
45			\begin{description}
46			\item[{\em cutName}]The cut's name. \item[{\em trackTof}]Pointer to the TOF-index indicating the track to be used when evaluating the beta (default value for TOF\_\-index is 0, corresponding to the TOF stand-alone track \mbox{[}no TRK information to build the TOF stand-alone track\mbox{]}). The pointer to the TOF\_\-index for TRK-track as given by \hyperlink{classTrkPhSinCut}{TrkPhSinCut} can be used.\item[{\em resMax}]Default: 10. (equivalent to beta\mbox{[}12\mbox{]}) \item[{\em qualCut}]Default: 10. (equivalent to beta\mbox{[}12\mbox{]}) \item[{\em chi2Cut}]Default: 20. (equivalent to beta\mbox{[}12\mbox{]}) \item[{\em minBeta}]the minimum beta value (with sign) \item[{\em maxBeta}]the maximum beta value (with sign) \end{description}
47			\end{Desc}
48
49
50			\subsection{Member Function Documentation}
51			\hypertarget{classTofBetaRangeCut_e9ee404fb4b3435746113d72c9471ec9}{
52			\index{TofBetaRangeCut@{TofBetaRangeCut}!Check@{Check}}
53			\index{Check@{Check}!TofBetaRangeCut@{TofBetaRangeCut}}
54			\subsubsection[{Check}]{\setlength{\rightskip}{0pt plus 5cm}int TofBetaRangeCut::Check (PamLevel2 $\ast$ {\em event})\hspace{0.3cm}{\tt \mbox{[}virtual\mbox{]}}}}
55			\label{classTofBetaRangeCut_e9ee404fb4b3435746113d72c9471ec9}
56
57
58			The TofBetaRange check.
59
60			\begin{Desc}
61			\item[Parameters:]
62			\begin{description}
63			\item[{\em event}]The event to analyze. \end{description}
64			\end{Desc}
65			\begin{Desc}
66			\item[Returns:]\hyperlink{CommonDefs_8h_c857f4b76ae431837cbf61fd74863b6c}{CUTOK} if particle beta is inside the specified range (minBeta $<$ beta $<$ maxBeta)
67
68			0 otherwise \end{Desc}
69
70
71			Implements \hyperlink{classPamCut_a874600461950d1f2b75ce3938f91cbe}{PamCut}.
72
73			The documentation for this class was generated from the following files:\begin{CompactItemize}
74			\item
75			TofCuts/TofBetaRangeCut/\hyperlink{TofBetaRangeCut_8h}{TofBetaRangeCut.h}\item
76			TofCuts/TofBetaRangeCut/\hyperlink{TofBetaRangeCut_8cpp}{TofBetaRangeCut.cpp}\end{CompactItemize}