Algorithm::MaxBinAmplitude Struct Reference

#include <TAPAlgorithms.h>

Public Member Functions
	MaxBinAmplitude (double ped, int trig_pol)
double	operator() (const TPulseIsland *tpi) const
double	GetTime () const
double	GetAmplitude () const
Public Attributes
const int	trigger_polarity
const double	pedestal
Private Attributes
double	time
double	amplitude

Detailed Description

Definition at line 17 of file TAPAlgorithms.h.

Constructor & Destructor Documentation

Algorithm::MaxBinAmplitude::MaxBinAmplitude	(	double	ped,
		int	trig_pol
	)			`[inline]`

Definition at line 19 of file TAPAlgorithms.h.

00020       :trigger_polarity(trig_pol), pedestal(ped){}

Member Function Documentation

double Algorithm::MaxBinAmplitude::GetAmplitude ( ) const [inline]

Definition at line 23 of file TAPAlgorithms.h.

References amplitude.

Referenced by IntegralRatioAPGenerator::ProcessPulses().

00023 {return amplitude;}

double Algorithm::MaxBinAmplitude::GetTime ( ) const [inline]

Definition at line 22 of file TAPAlgorithms.h.

References time.

Referenced by TemplateFitAPGenerator::ProcessPulses(), and IntegralRatioAPGenerator::ProcessPulses().

00022 {return time;}

double Algorithm::MaxBinAmplitude::operator() ( const TPulseIsland * tpi ) const

Definition at line 12 of file TAPAlgorithms.cpp.

References amplitude, TPulseIsland::GetSamples(), pedestal, time, and trigger_polarity.

00012                                                                           {
00013 
00014   // Get the samples and get an iterator ready to find the peak sample
00015   const std::vector<int>& pulseSamples = tpi->GetSamples();  
00016   std::vector<int>::const_iterator peak_sample_pos;
00017 
00018   // Find the position of the peak samples
00019   if (trigger_polarity == 1)
00020     peak_sample_pos = std::max_element(pulseSamples.begin(), pulseSamples.end());
00021   else if (trigger_polarity == -1)
00022     peak_sample_pos = std::min_element(pulseSamples.begin(), pulseSamples.end());
00023 
00024   // Now calculate the amplitude
00025   amplitude = trigger_polarity*(*peak_sample_pos - pedestal);
00026   time = peak_sample_pos- pulseSamples.begin();
00027 
00028   return amplitude;
00029 }