MAveragePulses Class Reference

Module to form idealized pulses by averaging. More...

Inheritance diagram for MAveragePulses:

Classes
class	ChannelData

Public Member Functions
virtual void	Init (Diana::QEvent &ev)
virtual void	Do (Diana::QEvent &ev)
virtual void	Done ()
void	DumpEventList (int nrun)

Private Attributes
std::string	fPulseLabel
	pulse kind More...
std::string	fValidityKind
	Validity kind defines the kind of validity range for the average pulse (run or dataset) More...
int	fValidityStart
	Validity start first run (or dataset) of validity. More...
int	fValidityEnd
	Validity end last run (or dataset) of validity. More...
bool	fSubtractBaseline
	subract baseline from average pulse More...
bool	fNumBaselinePoints
	number of points used to calculate baseline More...
bool	fAlignmentOn
	pulse alignment switch More...
bool	fFractionalShift
	fractional shift More...
std::string	fOutput
	output for average pulse More...
int	fMaxShift
	max shift allowed More...
bool	fUseOFDelay
	use maximum position from OF to align pulses More...
std::map< int, ChannelData >	fChannelData
	data stored for each channel More...
std::vector< int >	fSRuns
	vector of runs used for average pulse calculation More...
int	fCurrentRun

Detailed Description

Module to form idealized pulses by averaging.

Author

A. Bryant, M. Vignati, C. Tomei

Used to tune pulse amplitude algorithms that need ideal pulse shape.

• Config example:

    module AveragePulses
    verbosity = info
    enable = true
    ValidityKind = dataset
    ValidityStart = 6001
    ValidityEnd = 6001
    Output = avgpulse.root
    AlignmentOn = true
    SubtractBaseline = false
    MaxShift = 10
    FractionalShift = true
    PulseLabel = ApplyIQCalibration@Phase
    ExtraLabel = CalibratedPhase
    endmod
    

• Parameters:
  • ValidityKind [string = "dataset"]: defines the kind of validity range for the average pulse, can be run or dataset
  • ValidityStart: first run (or dataset) of validity
  • ValidityEnd: last run (or dataset) of validity
  • Output [string = avgpulses.root] output for average pulse, may be root file or DB
  • AlignmentOn[bool = false] turn on alignement of pulses before averaging
  • SubtractBaseline[bool = false] subtracts baseline from AP
  • BaselineNumPoints[int = 0] number of points used to calculate baseline. If 0, points from 0 to 3/4 the trigger position are used.
  • MaxShift[int = 10] if AlignmentOn this is the maximum allowed shift (otherwise pulse is discarded)
  • FractionalShift[bool = true] when aligning pulses, fractional shifts are allowed
  • PulseLabel = allows to select the kind of pulses to average (Calibrated Phase or Calibrated Amplitude)
  • ExtraLabel = allows to run more than one module AveragePulse in the same cfg
• Reads:
  • QRawEvent
  • QFiltersData
• Writes
  • Average Pulses to file or to DB

Definition at line 59 of file MAveragePulses.hh.

Member Function Documentation

Do()

void MAveragePulses::Do ( Diana::QEvent &  ev )

virtual

Definition at line 51 of file MAveragePulses.cc.

References MAveragePulses::ChannelData::fAlignPos, MAveragePulses::ChannelData::fAvgPulse, MAveragePulses::ChannelData::fNumPulses, MAveragePulses::ChannelData::fPeakPositions, QEvent::Get(), QEvent::GetByLabel(), and QHeader::GetRun().

Done()

void MAveragePulses::Done ( )

virtual

Definition at line 166 of file MAveragePulses.cc.

References MAveragePulses::ChannelData::fAlignPos, MAveragePulses::ChannelData::fAvgPulse, MAveragePulses::ChannelData::fNumPulses, MAveragePulses::ChannelData::fPeakPositions, QAverageVector::SetNumEvents(), and QAverageVector::SetSourceRuns().

DumpEventList()

void MAveragePulses::DumpEventList

(

int

nrun

)

Init()

void MAveragePulses::Init ( Diana::QEvent &  ev )

virtual

Definition at line 19 of file MAveragePulses.cc.

References Q_INT_DEFAULT.

Member Data Documentation

fAlignmentOn

bool MAveragePulses::fAlignmentOn

private

pulse alignment switch

Definition at line 102 of file MAveragePulses.hh.

fChannelData

std::map<int, ChannelData> MAveragePulses::fChannelData

private

data stored for each channel

Definition at line 117 of file MAveragePulses.hh.

fCurrentRun

int MAveragePulses::fCurrentRun

private

Definition at line 122 of file MAveragePulses.hh.

fFractionalShift

bool MAveragePulses::fFractionalShift

private

fractional shift

Definition at line 105 of file MAveragePulses.hh.

fMaxShift

int MAveragePulses::fMaxShift

private

max shift allowed

Definition at line 111 of file MAveragePulses.hh.

fNumBaselinePoints

bool MAveragePulses::fNumBaselinePoints

private

number of points used to calculate baseline

Definition at line 99 of file MAveragePulses.hh.

fOutput

std::string MAveragePulses::fOutput

private

output for average pulse

Definition at line 108 of file MAveragePulses.hh.

fPulseLabel

std::string MAveragePulses::fPulseLabel

private

pulse kind

Definition at line 85 of file MAveragePulses.hh.

fSRuns

std::vector<int> MAveragePulses::fSRuns

private

vector of runs used for average pulse calculation

Definition at line 120 of file MAveragePulses.hh.

fSubtractBaseline

bool MAveragePulses::fSubtractBaseline

private

subract baseline from average pulse

Definition at line 96 of file MAveragePulses.hh.

fUseOFDelay

bool MAveragePulses::fUseOFDelay

private

use maximum position from OF to align pulses

Definition at line 114 of file MAveragePulses.hh.

fValidityEnd

int MAveragePulses::fValidityEnd

private

Validity end last run (or dataset) of validity.

Definition at line 93 of file MAveragePulses.hh.

fValidityKind

std::string MAveragePulses::fValidityKind

private

Validity kind defines the kind of validity range for the average pulse (run or dataset)

Definition at line 87 of file MAveragePulses.hh.

fValidityStart

int MAveragePulses::fValidityStart

private

Validity start first run (or dataset) of validity.

Definition at line 90 of file MAveragePulses.hh.

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

• pkg/modpulseshape/MAveragePulses.hh
• pkg/modpulseshape/MAveragePulses.cc