TraceFilterer Class Reference

A class to perform trapezoidal filters on the traces. More...

#include <TraceFilterer.hpp>

Inheritance diagram for TraceFilterer:

Collaboration diagram for TraceFilterer:

Data Structures
struct	PulseInfo
	Structure to hold information about the pulse. More...

Public Member Functions
	TraceFilterer (double energyScaleFactor_, short fast_rise, short fast_gap, short fast_threshold, short energy_rise, short energy_gap, short slow_rise, short slow_gap, short slow_threshold)
virtual	~TraceFilterer ()
virtual bool	Init (const std::string &filterFileName="Config.xml")
virtual void	DeclarePlots (void)
virtual void	Analyze (Trace &trace, const std::string &type, const std::string &subtype)
Public Member Functions inherited from TraceAnalyzer
	TraceAnalyzer ()
virtual	~TraceAnalyzer ()
virtual bool	Init (void)
void	EndAnalyze (Trace &trace)
void	EndAnalyze (void)
void	SetLevel (int i)
int	GetLevel ()

Protected Member Functions
virtual const PulseInfo &	FindPulse (Trace::iterator begin, Trace::iterator end)

Protected Attributes
double	energyScaleFactor_
	energy scaling factor
TrapezoidalFilterParameters	fastParms
	Fast (Trigger) filter parameters.
Trace::value_type	fastThreshold
	Threshold for fast filter.
TrapezoidalFilterParameters	energyParms
	Slow (Energy) filter parameters.
TrapezoidalFilterParameters	thirdParms
	Parameters for second fast filter.
Trace::value_type	slowThreshold
	Threshold for fast filter.
Trace	fastFilter
	fast filter of trace
Trace	energyFilter
	slow filter of trace
Trace	thirdFilter
	second slow filter of trace
bool	useThirdFilter
	True if we want to use the third filter.
PulseInfo	pulse
	Instance of the PulseInfo class.
Protected Attributes inherited from TraceAnalyzer
int	level
	the level of analysis to proceed with
std::string	name
	name of the analyzer

Static Protected Attributes
static const int	energyBins
	Number of energy bins.
Static Protected Attributes inherited from TraceAnalyzer
static int	numTracesAnalyzed
	rownumber for DAMM spectrum 850

Detailed Description

A class to perform trapezoidal filters on the traces.

Constructor & Destructor Documentation

TraceFilterer::TraceFilterer	(	double	energyScaleFactor_,
		short	fast_rise,
		short	fast_gap,
		short	fast_threshold,
		short	energy_rise,
		short	energy_gap,
		short	slow_rise,
		short	slow_gap,
		short	slow_threshold
	)

Constructor taking all of the necessary parameters

Parameters

[in]	energyScaleFactor_	: the scaling to match filtered energy to pixie
[in]	fast_rise	: the rise time of the fast filter
[in]	fast_gap	: the flattop of the fast filter
[in]	fast_threshold	: the threshold of the fast filter
[in]	energy_rise	: the risetime of the energy filter
[in]	energy_gap	: The flattop of the energy filter
[in]	slow_rise	: The rise time of the second energy filter
[in]	slow_gap	: the flattop of the second energy filter
[in]	slow_threshold	: the threshold for the second energy filter

virtual TraceFilterer::~TraceFilterer ( )

inlinevirtual

Default Destructor

Member Function Documentation

virtual void TraceFilterer::Analyze ( Trace &  trace, const std::string &  type, const std::string &  subtype  )

virtual

The analyzer method to do the analysis

Parameters

[in]	trace	: the trace to analyze
[in]	type	: the detector type
[in]	subtype	: the detector subtype

Reimplemented from TraceAnalyzer.

Reimplemented in DoubleTraceAnalyzer.

virtual void TraceFilterer::DeclarePlots ( void  )

virtual

Declare the plots for the Analyzer

Reimplemented from TraceAnalyzer.

Reimplemented in DoubleTraceAnalyzer.

virtual const PulseInfo& TraceFilterer::FindPulse ( Trace::iterator  begin, Trace::iterator  end  )

protectedvirtual

Find the pulse in the trace

Parameters

[in]	begin	: an iterator to the beginning of the trace
[in]	end	: an iterator to the end of the trace

Returns

A PulseInfo structure containing the calculated info

virtual bool TraceFilterer::Init ( const std::string &  filterFileName = "Config.xml" )

virtual

Initialize the analyzer

Parameters

[in]

filterFileName

: the name of the file containing the filter parameters

Returns

True if the initialization was successful.

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The documentation for this class was generated from the following file:

• include/TraceFilterer.hpp