GET Namespace Reference

Namespaces
	CFG
	This namespace defines configuration files values.

Variables
Experimental / simulation data modes
static const u_short	modeUndefined = 0
	The samples are filled from an experimental data file (in channel output sample)
static const u_short	modeData = 1
	The samples are filled from an experimental data file (in channel output sample)
static const u_short	modeSimul = 2
	The samples are filled from an experimental data file (in channel output sample)
Channel signal sample identifier
static const u_short	signalUndef = 0
	Undefined signal sample.
static const u_short	signalTst = 1
	Test input (simulation) signal sample.
static const u_short	signalOut = 2
	Output (experimental data) signal sample.
static const u_short	signalRec = 3
	Reconstructed signal sample.
Channel information identifier for analyser (histograms filling)
static const u_short	dataAmplitude = 0x0000
	Computed signal amplitude (depends on amplitude mode)
static const u_short	dataIntegral = 0x0001
	Integral of signal data.
static const u_short	dataFullSignal = 0x0002
	Full signal data (for 3D)
static const u_short	dataTime = 0x0004
	Time of maximum value of signal data.
static const u_short	dataTimeBin = 0x000C
	Time bucket of maximum value of signal data.
static const u_short	dataHit = 0x0010
	Whether the channel is hit (1) or not (0)
static const u_short	dataNoSat = 0x0020
	Whether not to consider saturated data (in summary histo filling)
static const u_short	dataNoBad = 0x0040
	Whether not to consider channels with check problems (in summary histo filling)
Analysis options
static const u_short	analyseInputRec = 0x0001
	Perform input signal reconstruction.
static const u_short	analyseRaw = 0x0002
	Perform raw signal analysis.
static const u_short	analyseCor = 0x0004
	Perform corrected signal analysis.
static const u_short	analyseAll = 0x0006
	Perform raw and corrected signal analysis.
static const u_short	analyseRecAll = 0x0007
	Perform raw and corrected signal analysis with input signal reconstruction.
Channels amplitude and timing analysis modes
static const u_short	amplitudeMaxSignal = 0x0000
	Channel amplitude calculation mode: maximum signal time bucket.
static const u_short	amplitudeIntegAll = 0x0001
	Channel amplitude calculation mode: integrate all signal.
static const u_short	amplitudeIntegTOT = 0x0002
	Channel amplitude calculation mode: integrate signal over threshold around maximum.
static const u_short	amplitudeIntegThr = 0x0003
	Channel amplitude calculation mode: integrate all signal over threshold.
static const u_short	amplitudeQuadraticMax = 0x0004
	Channel amplitude (and time) from quadratic estimate on 3 points.
static const u_short	amplitudeFitFct = 0x001F
	Flag indicating fit function.
static const u_short	amplitudeFit = 0x0010
	Flag indicating fit mode.
static const u_short	amplitudeFitG = 0x0011
	Flag indicating Gauss fit mode.
static const u_short	amplitudeFitGSC = 0x0012
	Flag indicating Gauss x SinC fit mode.
static const u_short	amplitudeFitSqG = 0x0013
	Flag indicating Square convolution with Gauss fit mode.
static const u_short	amplitudeFitSqGSC = 0x0014
	Flag indicating Square convolution with Gauss x SinC fit mode.
static const u_short	amplitudeFitInteg = 0x0100
	Flag indicating fit integral result.
static const u_short	amplitudeMaxFitG = 0x0011
	Channel amplitude calculation mode: maximum of a Gauss fit (with constant background)
static const u_short	amplitudeIntegFitG = 0x0111
	Channel amplitude calculation mode: integral of a Gauss fit (with constant background)
static const u_short	amplitudeMaxFitGSC = 0x0012
	Channel amplitude calculation mode: maximum of a Gauss x SinC fit (with constant background)
static const u_short	amplitudeIntegFitGSC = 0x0112
	Channel amplitude calculation mode: integral of a Gauss x SinC fit (with constant background)
static const u_short	amplitudeMaxFitSqG = 0x0013
	Channel amplitude calculation mode: maximum of a Square convolution with Gauss fit (with constant background)
static const u_short	amplitudeIntegFitSqG = 0x0113
	Channel amplitude calculation mode: maximum of a Square convolution with Gauss fit (with constant background)
static const u_short	amplitudeMaxFitSqGSC = 0x0014
	Channel amplitude calculation mode: maximum of a Square convolution with Gauss x SinC fit (with constant background)
static const u_short	amplitudeIntegFitSqGSC = 0x0114
	Channel amplitude calculation mode: maximum of a Square convolution with Gauss x SinC fit (with constant background)
static const u_short	amplitudeLocal = 0x0200
	Flag indicating local analysis mode.
static const u_short	amplitudeLocalAvg = 0x0200
	Channel amplitude calculation mode: average around maximum signal time bucket.
static const u_short	amplitudeLocalFitP2 = 0x0201
	Channel amplitude calculation mode: quadratic fit around maximum signal time bucket.
static const u_short	timingMaxSignal = 0x0000
	Channel timing from maximum amplitude.
static const u_short	timingCFD = 0x0001
	Channel timing from CFD algorithm.
static const u_short	timingQuadraticMax = 0x0002
	Channel timing from quadratic estimate on 3 points.
Reduced-CoBo options
static const u_int	RCoBoData0Correction = 0x00000001
	When reading experimental data, correct for sample 0 artefact.
static const u_int	RCoBoDataNCorrection = 0x00000002
	When reading experimental data, correct for last sample artefact.
static const u_int	RCoBoCorrectLC2 = 0x00000010
	When reading experimental data, correct for last cell read of AGet number 2.
static const u_int	RCoBoCorrectFPN1 = 0x00000020
	When reading experimental data, correct with closer FPN channel (only for signal channels)
static const u_int	RCoBoCorrectFPN2 = 0x00000040
	When reading experimental data, correct with 2 half chip FPN channels average (only for signal channels)
static const u_int	RCoBoCorrectFPN4 = 0x00000060
	When reading experimental data, correct with average FPN (only for signal channels)
static const u_int	RCoBoCorrectFPN = 0x00000060
	When reading experimental data, correct with average FPN (only for signal channels)
static const u_int	RCoBoCorrectEvents = 0x000000FF
	all option for corrections when reading events
All GET systems options
static const u_int	CoBoData0Correction = RCoBoData0Correction
	When reading experimental data, correct for first sample(s) artefact.
static const u_int	CoBoDataNCorrection = RCoBoDataNCorrection
	When reading experimental data, correct for last sample(s) artefact.
static const u_int	CoBoCorrectFPN1 = RCoBoCorrectFPN1
	When reading experimental data, correct with closer FPN channel (only for signal channels)
static const u_int	CoBoCorrectFPN2 = RCoBoCorrectFPN2
	When reading experimental data, correct with 2 half chip FPN channels average (only for signal channels)
static const u_int	CoBoCorrectFPN4 = RCoBoCorrectFPN4
	When reading experimental data, correct with average FPN (only for signal channels)
static const u_int	CoBoCorrectFPN = RCoBoCorrectFPN4
	When reading experimental data, correct with average FPN (only for signal channels)
static const u_int	CoBoZeroSuppress = 0x00000400
static const u_int	CoBoCorrectBadData = 0x00001000
static const u_int	CoBoCorrectEvents = 0x00001FFF
	All options for corrections when reading events.
Options for (un)merged events processing
static const u_int	MergedIncompleteSkip = 0x00001000
	Skip events with incomplete merged frames.
static const u_int	MergedIncompleteError = 0x00003000
	Error on events with incomplete merged frames.
static const u_int	ProcessSingleFrames = 0x00004000
	Process single CoBo/AsAd frames as events.
static const u_int	NoCoBoFrameUnpack = 0x00008000
	Do not unpack CoBo/AsAd frames (fast reading)
Filters options
static const u_int	filterNormalize = 0x00000001
	Normalize filter to conserve signal integral.

Detailed Description

This namespace defines some values for GET objects and configuration files.

Variable Documentation

const u_int GET::CoBoCorrectBadData = 0x00001000

static

Option to check and correct for bad data read (this option works only if hardware zero suppress mode is NOT set).

Referenced by GETSystem::CheckCoBoFrameBadChannels(), GETSystemAnalyser::ConfigCommand(), GETSystem::ProcessCoBoFrameData(), and GETSystem::SetBadDataCorrection().

const u_int GET::CoBoZeroSuppress = 0x00000400

static

When reading experimental data, a (software) zero suppression is performed on data. Note that this option cancels the FPN and automatic baseline corrections.

Referenced by GETSystem::AnalyseEvent(), and GETSystem::SetZeroSuppressMode().