Algorithm::MaxBinTime Struct Reference

#include <TAPAlgorithms.h>

Public Member Functions
	MaxBinTime (int trig_pol, double clk_tick, double t_shift)
double	operator() (const TPulseIsland *tpi) const
Public Attributes
const int	trigger_polarity
const double	clock_tick_in_ns
const double	time_shift

Detailed Description

Definition at line 32 of file TAPAlgorithms.h.

Constructor & Destructor Documentation

Algorithm::MaxBinTime::MaxBinTime	(	int	trig_pol,
		double	clk_tick,
		double	t_shift
	)			`[inline]`

Definition at line 34 of file TAPAlgorithms.h.

00035     :trigger_polarity(trig_pol), clock_tick_in_ns(clk_tick), time_shift(t_shift){}

Member Function Documentation

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

Definition at line 31 of file TAPAlgorithms.cpp.

References clock_tick_in_ns, TPulseIsland::GetSamples(), TPulseIsland::GetTimeStamp(), time_shift, and trigger_polarity.

00031                                                                      {
00032 
00033   // Get the samples and get an iterator ready to find the peak sample
00034   std::vector<int> pulseSamples = tpi->GetSamples();  
00035   std::vector<int>::iterator peak_sample_pos;
00036 
00037   // Find the position of the peak samples
00038   if (trigger_polarity == 1)
00039     peak_sample_pos = std::max_element(pulseSamples.begin(), pulseSamples.end());
00040   else if (trigger_polarity == -1)
00041     peak_sample_pos = std::min_element(pulseSamples.begin(), pulseSamples.end());
00042 
00043   // Now calculate the time
00044   double time = ((tpi->GetTimeStamp() + (peak_sample_pos - pulseSamples.begin())) * clock_tick_in_ns) - time_shift;
00045 
00046   return time;
00047 }