TMEAlgorithm::ActiveSiRStop Class Reference

#include <ActiveSiRMuStopAlgo.h>

Public Member Functions
	ActiveSiRStop (const IDs::source &sir2, double muSc_min, double muSc_max, double SiR2_min, double SiR2_max)
void	SetSiR2Source (const IDs::source so)
bool	operator() (const TMuonEvent *tme, TDetectorPulse::ParentChannel_t) const
Private Attributes
double	fMuScMax
double	fMuScMin
double	fSiR2Max
double	fSiR2Min
IDs::source	fSiR2source

Detailed Description

Definition at line 12 of file ActiveSiRMuStopAlgo.h.

Constructor & Destructor Documentation

TMEAlgorithm::ActiveSiRStop::ActiveSiRStop	(	const IDs::source &	sir2,
		double	muSc_min,
		double	muSc_max,
		double	SiR2_min,
		double	SiR2_max
	)

Definition at line 5 of file ActiveSiRMuStopAlgo.cpp.

00005                                                                                                                                  :
00006      fMuScMax(muSc_max),fMuScMin(muSc_min),  fSiR2Max(SiR2_max),fSiR2Min(SiR2_min),fSiR2source(sir2){
00007 }

Member Function Documentation

bool TMEAlgorithm::ActiveSiRStop::operator()	(	const TMuonEvent *	tme,
		TDetectorPulse::ParentChannel_t	channel
	)			const

Definition at line 10 of file ActiveSiRMuStopAlgo.cpp.

References fMuScMax, fMuScMin, fSiR2Max, fSiR2Min, fSiR2source, TDetectorPulse::GetAmplitude(), TMuonEvent::GetCentralMuon(), TMuonEvent::GetPulse(), TDetectorPulse::kFast, and TMuonEvent::NumPulses().

00010                                                                                                            {
00011   const double muSc_amp=tme->GetCentralMuon()->GetAmplitude(TDetectorPulse::kFast);
00012   bool ret_val=false;
00013   if(muSc_amp>fMuScMin && muSc_amp< fMuScMax){
00014     const int N_sir2=tme->NumPulses(fSiR2source);
00015     for(int i=0; i< N_sir2; ++i){
00016       const double sir2_amp=tme->GetPulse(fSiR2source,i)->GetAmplitude(channel);
00017       if(sir2_amp > fSiR2Min && sir2_amp < fSiR2Max){
00018          ret_val=true;
00019          break;
00020       }
00021     }
00022   }
00023   return ret_val;
00024 }