MEnergyFilter Class Reference

Applies an energy threshold depending on the channel. More...

Inheritance diagram for MEnergyFilter:

Public Member Functions
void	GetCuts (const Diana::QEvent &ev)
	Get cuts from config file. More...
bool	Filter (const Diana::QEvent &ev)
	return true if ev passes the cuts More...
void	Done ()

Private Attributes
int	fDataset
	Dataset number. More...
std::set< int >	fMissingChannels
	Set of channels missing from ranges file. More...
std::string	fRangesInput
	Input for energy ranges (file or DB, for the moment only file works) More...
std::string	fRangesOutput
	Output for energy ranges (file or DB, for the moment only file works) More...
double	fEnergyMin
	cfg defined minimum energy, to be applied to channels for which no energy range is defined More...
double	fEnergyMax
	cfg defined maximum energy, to be applied to channels for which no energy range is defined More...
Diana::QEventLabel	fEnergyLabel
Diana::QInterval	fEnergyRange
std::set< int >	fBlackList
std::set< int >	fChannelList
QRunData	fRunData
std::string	fRangesName
std::string	fRangesOwner
std::set< QEnergyRangesHandle * >	fHandles

Detailed Description

Applies an energy threshold depending on the channel.

Author

Laura Kogler, C. Tomei

The energy ranges are read through GlobalData in the form of a QInterval If no maximum is specified, no upper limit will be applied. If no range is defined in the file (or DB) for one or more channels the range defined in the cfg is applied (same for all channels non listed in the file or DB)

• Config example:

     filter EnergyFilter
     verbosity = info
     enable = true
     EnergyRangesInput = EnergyRanges.txt
     EnergyRangesOutput = EnergyRanges_ds${DATASET}.txt
     EnergyMin = 50
     EnergyMax = 5000
     endmod
     

• Parameters
• EnergyRangesInput [string = "energy_ranges.txt"]: Input for energy ranges for all channels (DB or file, for the moment only file works)
• EnergyRangesOutput [string = Q_STRING_DEFAULT]: Output for energy ranges for all channels (DB or file, for the moment only file works) If output is given the module reads the generic input and writes the EnergyRanges file specific to the given dataset. If output is not given does nothing.
• EnergyMin [double = 0]: lower limit of energy range to be applied to channels for which no range is defined in the file (or DB)
• EnergyMax [double = 10000]: upper limit of energy range to be applied to channels for which no range is defined in the file (or DB)
• Reads:
  • QCalib
• Writes

Definition at line 54 of file MEnergyFilter.hh.

Member Function Documentation

Done()

void MEnergyFilter::Done

(

)

Definition at line 143 of file MEnergyFilter.cc.

References err, QModuleConfig::fVersionTag, QEnergyRangesHandle::GetCalibLabel(), QEventLabel::GetOwner(), QERR_SUCCESS, and QEnergyRangesHandle::SetCalibVersion().

Filter()

bool MEnergyFilter::Filter

(

const Diana::QEvent &

ev

)

return true if ev passes the cuts

Definition at line 48 of file MEnergyFilter.cc.

References channel, QPulseInfo::GetChannelId(), QHeader::GetRun(), rHandle, QEnergyRangesHandle::SetCalibLabel(), and QEnergyRangesHandle::SetCalibVersion().

GetCuts()

void MEnergyFilter::GetCuts

(

const Diana::QEvent &

ev

)

Get cuts from config file.

Definition at line 24 of file MEnergyFilter.cc.

Member Data Documentation

fBlackList

std::set<int> MEnergyFilter::fBlackList

private

Definition at line 86 of file MEnergyFilter.hh.

fChannelList

std::set<int> MEnergyFilter::fChannelList

private

Definition at line 87 of file MEnergyFilter.hh.

fDataset

int MEnergyFilter::fDataset

private

Dataset number.

Definition at line 67 of file MEnergyFilter.hh.

fEnergyLabel

Diana::QEventLabel MEnergyFilter::fEnergyLabel

private

Definition at line 84 of file MEnergyFilter.hh.

fEnergyMax

double MEnergyFilter::fEnergyMax

private

cfg defined maximum energy, to be applied to channels for which no energy range is defined

Definition at line 82 of file MEnergyFilter.hh.

fEnergyMin

double MEnergyFilter::fEnergyMin

private

cfg defined minimum energy, to be applied to channels for which no energy range is defined

Definition at line 79 of file MEnergyFilter.hh.

fEnergyRange

Diana::QInterval MEnergyFilter::fEnergyRange

private

Definition at line 85 of file MEnergyFilter.hh.

fHandles

std::set<QEnergyRangesHandle*> MEnergyFilter::fHandles

private

Definition at line 91 of file MEnergyFilter.hh.

fMissingChannels

std::set<int> MEnergyFilter::fMissingChannels

private

Set of channels missing from ranges file.

Definition at line 70 of file MEnergyFilter.hh.

fRangesInput

std::string MEnergyFilter::fRangesInput

private

Input for energy ranges (file or DB, for the moment only file works)

Definition at line 73 of file MEnergyFilter.hh.

fRangesName

std::string MEnergyFilter::fRangesName

private

Definition at line 89 of file MEnergyFilter.hh.

fRangesOutput

std::string MEnergyFilter::fRangesOutput

private

Output for energy ranges (file or DB, for the moment only file works)

Definition at line 76 of file MEnergyFilter.hh.

fRangesOwner

std::string MEnergyFilter::fRangesOwner

private

Definition at line 90 of file MEnergyFilter.hh.

fRunData

QRunData MEnergyFilter::fRunData

private

Definition at line 88 of file MEnergyFilter.hh.

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

• pkg/dianageneralmodules/MEnergyFilter.hh
• pkg/dianageneralmodules/MEnergyFilter.cc