#include <GETActarEventReader.hh>

Inheritance diagram for GETActarEventReader:

Public Member Functions
Constructor and destructor
	GETActarEventReader (bool construct=true)

virtual	~GETActarEventReader ()

Read of event files functions
virtual int	Open ()

virtual bool	IsOpen ()

virtual int	Close ()

virtual int	RunInit ()

virtual int	RunStart ()

virtual int	RunStop ()

virtual int	FileOpen ()

virtual void	FileClose ()

virtual void	ResetFileList ()

virtual void	Reset ()

virtual void	Quit ()

virtual bool	RunChanged () const

virtual int	CreateEvent ()

virtual int	ReadEvent ()

Graphical user interface modifications
virtual void	Construct ()

virtual void	SetColorMode ()

virtual void	UpdateDisplay ()

virtual int	HistoEventSlot (Int_t event, const GEVPage page_ptr, const GEVPad pad_ptr, const TH1 *histo_ptr, const Double_t x, const Double_t y)

virtual int	HistoClickedSlot (const GEVPage page_ptr, const GEVPad pad_ptr, const TH1 *histo_ptr, const Double_t x, const Double_t y)

virtual void	PadPlaneButton1Click (const TH2 *hpad, int ix, int iy)

virtual void	PadPlaneButton1DoubleClick (const TH2 *hpad, int ix, int iy)

virtual void	PadPlaneButton2Click (const TH2 *hpad, int ix, int iy)

virtual void	PadPlaneButton2DoubleClick (const TH2 *hpad, int ix, int iy)

Analysis configuration function
virtual int	ProcessCmdLine (int &argc, char **argv, bool supp=true)

virtual void	ProcessLineHelp () const

virtual void	SetDefaultAnalysis (const string &ana)

virtual void	SetLookupTable (const string &ltfile)

virtual void	ReadInitConfig ()

virtual void	ReadRunConfig ()

virtual int	ReadConfigFile (const string &cfg)

virtual int	ReadConfigFile (FILE *fp)

virtual bool	ConfigCommand (const GString &code, const GString &args="", FILE *fptr=NULL)

virtual bool	ConfigCommandLine (const string &cmd, FILE *fptr=NULL)

virtual void	GETInit ()

virtual GETActarTpcAnalyser *	DefineAnalyser ()

virtual void	SetGETInitConfigFile (const string &cfg)

virtual void	SetGETRunConfigFile (const string &cfg)

Analysis definition
string	GetCoBoId (int i) const

string	GetAsAdId (int i) const

string	GetAGetId (int i) const

string	GetChannelId (int i) const

string	GetIndexId (int i) const

string	GetPadId (int ix, int iy) const

string	GetElecId (int i) const

string	GetElecId (int co, int as, int ag, int ch) const

virtual void	PresetChannelParam (const string &def, bool hdef=false)

virtual void	PresetChannelParam (int cobo, int asad, int aget, int chan, bool hdef=false)

virtual void	PresetChannelParam (int ich0=0, int ich1=-1, bool hdef=false)

virtual void	PresetPadParam (const string &def, bool hdef=false)

virtual void	PresetPadParam (int ix0, int ix1, int iy0, int iy1, bool hdef=false)

virtual int	DefinePadSpectrum (int ix, int iy, bool fill=false)

virtual int	DefineElecSpectrum (u_int cobo, u_int asad, u_int aget, u_int chan, bool fill=false)

virtual int	DefineChannelSpectrum (int ich, bool fill=false)

virtual int	DefineChannelSpectrum (int ich, const string &name, bool fill=false)

virtual void	PresetAgetPage (const string &def)

virtual void	PresetAgetPage (int cobo, int asad, int aget)

virtual void	PresetAnalysis ()

virtual void	PresetSystemAnalysis ()

virtual void	PresetLoadedAnalysis ()

virtual void	AnalysisStart ()

virtual void	AnalysisStop ()

virtual void	AnalysisEvent ()

virtual void	IncrementSpectra () const

Selected events output files
virtual bool	SetSelectedEventsFilter (const string &filter, const string &dir, u_int nmax=0)

virtual int	OpenSelectedEventsFile (u_int nf)

virtual int	CloseSelectedEventsFile (u_int nf)

virtual int	CloseSelectedEventsFiles ()

virtual int	WriteSelectedEvent ()

Standard user hooks function
virtual int	UserEventDefine ()

virtual int	UserRunStart ()

virtual int	UserNewFile ()

virtual int	UserEvent ()

virtual int	UserUpdate ()

virtual int	UserRefresh ()

virtual int	UserRunStop ()

virtual int	UserReset ()

virtual int	UserQuit ()

virtual int	UserFit ()

User hooks function from GETActarTpc class
virtual int	UserRawEvent ()

virtual int	UserCorEvent ()

ROOT related function
	ClassDef (GETActarEventReader, 0)

Public Member Functions inherited from GETActarTpc
	GETActarTpc (u_int nx=0, u_int ny=0, u_int dim=0, double dt=0.01L)

virtual	~GETActarTpc ()

virtual int	Init (u_int nx, u_int ny, u_int n, double dt)

virtual GETHitMask *	SetHitMask (GETHitMaskXY *mask)

const GETHitMaskXY *	GetPadMask () const

GETHitMaskXY *	GetPadMask ()

virtual int	ExtractCoboFrame ()

virtual GETChannel *	GetMaxSignalChannel (int ipx=NULL, int ipy=NULL, int *ipt=NULL)

virtual int	GetSignalBoundaries (int &ixmin, int &ixmax, int &iymin, int &iymax, int &itmin, int &itmax)

virtual int	GetSignalBoundaries (int &ixmin, int &ixmax, int &iymin, int &iymax)

virtual int	GetSignalBoundaries (double &xmin, double &xmax, double &ymin, double &ymax, double &tmin, double &tmax)

virtual int	GetSignalBoundaries (double &xmin, double &xmax, double &ymin, double &ymax)

	ClassDef (GETActarTpc, 0)

Public Member Functions inherited from GETSystem
	GETSystem (u_int n_cobo=1, u_int dim=0, double dt=0.01L)

virtual	~GETSystem ()

virtual int	ResetConfig ()

virtual int	InitConfig ()

const GETCfgSetup *	GetConfig () const

GETCfgSetup *	GetConfig ()

virtual int	ReadXMLConfig (const string &fname)

virtual int	Init (u_int n_cobo, u_int n, double dt)

virtual void	ClearEvent ()

u_int	GetBadReadCount () const

const GETData *	GetBadReadData () const

GETData *	GetBadReadData ()

void	SetBadDataCorrection (bool b)

bool	ChannelHasData (u_int ic) const

u_int	CalcMultiplicity (bool fpn=true)

u_int	GetChannelMultiplicity () const

u_int	GetAGetMultiplicity () const

u_int	GetAsAdMultiplicity () const

u_int	GetCoBoMultiplicity () const

virtual string	GetObjectId () const

virtual u_int	GetChildrenNumber () const

virtual const GETObject *	GetChild (u_int i) const

virtual GETObject *	GetChild (u_int i)

const GETCoBo &	operator[] (u_int n) const

GETCoBo &	operator[] (u_int n)

virtual u_int	GetCoBoNumber () const

virtual u_int	GetAsAdNumber () const

virtual int	GetChannelIndex (const GETChannel *ch)

const GETLookupTable &	LookupTable () const

GETLookupTable &	LookupTable ()

virtual u_int	GetChannelCount () const

virtual int	GetChannelIndex (int ix, int iy) const

virtual GETChannel *	GetChannel (int ix, int iy) const

virtual GETChannel *	GetChannel (u_int n)

virtual int	GetTestChannelIndex ()

virtual GETChannel *	GetTestChannel ()

virtual GETChannel *	SetTestChannel (int i)

virtual GETHitMask *	SetHitMask (GETHitMask *mask)

GETHitMask *	GetHitMask () const

virtual int	SetAnalyser (GETSystemAnalyser *a)

GETSystemAnalyser *	GetAnalyser () const

virtual int	SetCalibProcess (const string &calib_file, u_short opt=0)

virtual int	SetBaselineCorrection (const string &bl_file)

virtual int	SetTimeCorrectionProcess (const string &shift_file)

virtual int	SetOutputSmoothing (double width)

virtual int	SetAutoBaseline (u_short num_lo, u_short num_hi, u_short off_lo=0, u_short off_hi=0)

virtual int	SetAutoBLoffset (u_short itmin, u_short itmax)

virtual int	SetResponseFunctions (const string &rf_file)

virtual int	SetAsAdResponseFunctions (const string &rf_file)

virtual int	OpenRunFile (const string &fname)

virtual int	OpenRunSerie (const string &pattern, const string &serie)

virtual int	CloseRunFile ()

void	IncrEventCount ()

u_int	GetEventCount () const

string	GetRunFileName () const

bool	IsRunFileOpen () const

GETRunFile *	GetRunFile ()

MFMCommonFrame *	GetCurrentMFMFrame ()

int	GetAcqEventNumber () const

uint64_t	GetAcqEventTimeStamp () const

double	GetAcqEventTimeSec () const

virtual void	SelectAnalysis (u_short sel)

virtual void	SetAnalysis (u_short sel, bool b=true)

virtual void	SetInputRecAnalysis (bool b=true)

virtual void	SetRawDataAnalysis (bool b=true)

virtual void	SetCorDataAnalysis (bool b=true)

u_short	GetAnalysisFlags () const

bool	AnalyseInputRec () const

bool	AnalyseRawData () const

bool	AnalyseCorData () const

virtual int	AnalyseEvent ()

virtual int	AnalyseRawEvent ()

virtual int	AnalyseCorEvent ()

virtual bool	AnalysingRaw () const

virtual bool	AnalysingCor () const

virtual int	ExtractXMLFileHeaderFrame ()

virtual int	ExtractCoboTopoFrame ()

virtual int	ExtractEbyedatFrame ()

virtual int	ExtractMergeFrame ()

virtual int	ProcessFrameData (MFMCommonFrame *frame)

virtual int	ProcessEbyedatFrameData (MFMEbyedatFrame *frame)

virtual int	ProcessMergeFrameData (MFMMergeFrame *frame)

virtual int	ProcessCoBoFrameData (MFMCoboFrame *frame)

u_int	GetCoBoFrameRead () const

u_int	GetCoBoFrameError () const

u_int	GetCoBoFrameRecover () const

virtual void	ClearCoBoDataRead ()

virtual int	CheckCoBoData (u_int cobo, u_int asad, u_int &aget, u_int &chan, u_int &buck, u_int val)

virtual u_int	CheckCoBoFrameBadChannels (int ico, int ias)

virtual u_int	CorrectCoBoFrameBadData (int ico, int ias)

virtual GETChannel *	GetMaximumChannel (u_short info=GET::signalOut, bool integ=false)

void	SetOutputData0correction (u_int n)

void	SetOutputDataNcorrection (u_int n)

u_int	GetOutputData0correction () const

u_int	GetOutputDataNcorrection () const

virtual int	OutputCorrectData0 ()

virtual int	OutputCorrectDataN ()

virtual int	OutputCorrectFPN (u_int opt_fpn=GET::CoBoCorrectFPN4)

virtual int	ZeroSuppression (double thr=0.)

virtual int	UserAnyFrame (MFMCommonFrame &frame)

virtual int	UserMergeFrame (MFMMergeFrame &frame)

virtual int	UserCoBoFrame (MFMCoboFrame &frame)

virtual int	UserEbyedatFrame (MFMEbyedatFrame &frame)

	ClassDef (GETSystem, 0)

virtual void	SetZeroSuppressMode (double thr=0.)

virtual void	SetSaturationValue (int val)

virtual int	GetSaturationValue () const

virtual int	GetSaturationCount () const

virtual bool	IsChannelSaturated (u_int ich)

virtual bool	IsChannelSaturated (const GETChannel &ch)

Public Member Functions inherited from GETObject
	GETObject ()

virtual	~GETObject ()

int	GetId () const

virtual string	GetFullId () const

virtual u_int	GetSignalChannelCount () const

virtual u_int	GetTotalChannelCount () const

virtual GETChannel *	GetSignalChannel (u_int n)

virtual GETChannel *	GetTotalChannel (u_int n)

const GETObject *	GetParent () const

GETObject *	GetParent ()

virtual void	SetTimeStep (double dt)

u_int	GetSampleDim ()

double	GetTimeStep ()

virtual void	SetReadoutFlag (bool b=true)

bool	GetReadoutFlag () const

virtual u_int	GetReadoutMultiplicity (bool fpn=true) const

virtual double	GetSignalSum (u_short info=GET::signalOut)

virtual void	InitLocalData (u_int n, double dt)

virtual void	ValidDataSet ()

virtual void	ValidSimulSet ()

virtual void	SetResponse (GETResponse *ptr, bool recur=true, bool fpn=false)

virtual void	SetResponse (GETResponse &obj, bool recur=true, bool fpn=false)

virtual void	SetFilter (GETFilter *ptr, bool recur=true, bool fpn=false)

virtual void	SetFilter (GETFilter &obj, bool recur=true, bool fpn=false)

virtual void	SetNoiseIn (GETSignalModifier *ptr, bool recur=true, bool fpn=false)

virtual void	SetNoiseIn (GETSignalModifier &obj, bool recur=true, bool fpn=false)

virtual void	SetNoiseOut (GETSignalModifier *ptr, bool recur=true, bool fpn=false)

virtual void	SetNoiseOut (GETSignalModifier &obj, bool recur=true, bool fpn=false)

virtual void	SetOutputCorrection (GETProcess *ptr, bool recur=true, bool fpn=false)

virtual void	SetOutputCorrection (GETProcess &obj, bool recur=true, bool fpn=false)

virtual void	RemoveOutputCorrection ()

virtual void	SetOutputCorrectionList (bool warn=true)

virtual void	AddOutputCorrection (GETProcess *ptr, bool recur=true, bool fpn=false)

virtual void	AddOutputCorrection (GETProcess &obj, bool recur=true, bool fpn=false)

GETResponse *	GetResponse (bool force=true)

GETFilter *	GetFilter (bool force=true)

GETSignalModifier *	GetNoiseIn (bool force=true)

GETSignalModifier *	GetNoiseOut (bool force=true)

GETProcess *	GetOutputCorrection (bool force=true)

virtual int	ProcessData (bool in_noise=true)

virtual int	ProcessOutFromTst (bool in_noise=true, bool out_noise=true)

virtual int	ProcessRecFromOut (bool out_corr=true)

virtual int	ProcessOutputCorrection ()

	ClassDef (GETObject, 0)

Protected Attributes
Additions to the GUI
TGNumberEntryField *	w_anal_stat_mfm
	MFM event number.

Variables related to GET system
bool	get_init
	GET initialization flag.

u_int	get_dim
	GET system channels size.

double	get_dt
	GET system time step.

u_int	get_nx
	ACTAR TPC pads number along X.

u_int	get_ny
	ACTAR TPC pads number along X.

double	time_ref
	Run reference time (1st event) in sec.

double	vdrift
	Signal drift velocity: if defined, use Z distance instead of time.

GETActarTpcAnalyser *	get_analyser
	Pointer to the analyser object associated to GET system.

int	current_run_num
	Run number of current file.

int	prev_run_num
	Run number of previous file.

bool	run_changed
	Indicate whether a new run has started (from run number)

string	get_init_default
	Default file for GET system initialization.

string	get_init_cfg
	File for GET system initialization.

string	get_run_cfg
	File for GET system run parameters.

string	get_lookup_table
	File for GET system look-up table.

bool	get_lt_rpad
	Whether the look-up table file contains the pad number.

bool	get_lt_invxy
	Whether the look-up table file has inverted X-Y pads.

Variables related to histograms created from GET data
TH2 *	h_full_raw
	Full raw data summary histogram.

TH2 *	h_full_out
	Full output corrected data summary histogram.

TH1 *	h_max_raw
	Raw data max amplitude summary histogram.

TH1 *	h_max_cor
	Corrected data max amplitude summary histogram.

TH1 *	h_time_raw
	Raw data time summary histogram.

TH1 *	h_time_cor
	Corrected data time summary histogram.

TH3 *	h_exyt
	X-Y and T pads signal amplitude histogram.

TH2 *	h_dxy
	X-Y histogram for pads with data.

TH2 *	h_hxy
	X-Y pads hits histogram.

TH2 *	h_txy
	X-Y pads signal time histogram.

TH2 *	h_exy
	X-Y pads signal amplitude histogram.

TH2 *	h_ext
	X-T pads signal amplitude histogram.

TH2 *	h_eyt
	X-T pads signal amplitude histogram.

TH1 *	h_ex
	X signal projection histogram.

TH1 *	h_ey
	X signal projection histogram.

TH1 *	h_et
	X signal projection histogram.

int	tdim_nt
	Number of bins of the time axis for the XY-T 3D histogram.

double	tdim_t0
	Lower value of the time axis for the XY-T 3D histogram.

double	tdim_t1
	Upper value of the time axis for the XY-T 3D histogram.

bool	hok_full_raw
	Test for full raw event histogram creation.

bool	hok_full_out
	Test for full corrected event histogram creation.

bool	hok_pads_xyt_e
	Test for XY+T pads amplitude histograms creation.

bool	hok_pads_xy_d
	Test for XY histograms for pads data creation.

bool	hok_pads_xy_h
	Test for XY pads hits histograms creation.

bool	hok_pads_xy_t
	Test for XY pads time histograms creation.

bool	hok_pads_xy_e
	Test for XY pads amplitude histograms creation.

bool	hok_pads_xt_e
	Test for XT pads amplitude histograms creation.

bool	hok_pads_yt_e
	Test for YT pads amplitude histograms creation.

bool	hok_pads_x_e
	Test for X projection histograms creation.

bool	hok_pads_y_e
	Test for Y projection histograms creation.

bool	hok_pads_t_e
	Test for T projection histograms creation.

bool	hok_channels
	Indicates that some single channel histograms are defined.

bool *	hok_chan_out
	Create histograms associated to channels array parameters.

bool	hok_pads
	Indicates that some single pad histograms are defined.

bool *	hok_pad_out
	Create pad histograms associated to channels array parameters.

bool	hok_elec
	Indicates that some single electronics channels histograms are defined.

bool *	hok_elec_out
	Create electronics channels histograms associated to channels array parameters.

bool *	aget_page
	AGet signal pages creation flags.

Variables related to parameters created from GET data
bool	pok_data_read
	Test for data read per channel array parameter creation.

bool	pok_max_raw
	Test for channel raw maximum summary array parameter creation.

bool	pok_max_cor
	Test for channel corrected maximum summary array parameter creation.

bool	pok_time_raw
	Test for channel raw time summary array parameter creation.

bool	pok_time_cor
	Test for channel corrected time summary array parameter creation.

bool	pok_channels
	Indicates that some single channel parameters are defined.

bool *	pok_chan_out
	Test for single channels array parameters creation (output signal)

int	ip_evtnum
	Parameter index for event number.

int	ip_evtacq
	Parameter index for event number in GET acquisition.

int	ip_evttime
	Parameter index for event time (sec.) in GET acquisition.

int	ip_max_raw
	Parameter index for array of maximum values for raw signals.

int	ip_max_cor
	Parameter index for array of maximum values for corrected signals.

int	ip_time_raw
	Parameter index for array of time values for raw signals.

int	ip_time_cor
	Parameter index for array of time values for corrected signals.

int	ip_eamp_all
	Parameter index for GET signal sum of channels maximum (all channels)

int	ip_eamp_thr
	Parameter index for GET signal sum of channels maximum (channels above threshold)

int	ip_eint_all
	Parameter index for GET signal sum of channels integral (all channels)

int	ip_eint_thr
	Parameter index for GET signal sum of channels integral (channels above threshold)

int	ip_mmax_sum
	Parameter index for GET signal sum from multiple maxima analysis.

int	ip_max_signal
	Parameter index for maximum signal value.

int	ip_max_channel
	Parameter index for channel number maximum signal.

int	ip_read_mult
	Readout channels multiplicity parameter.

int	ip_pads_mult
	Multiplicity of pads above (soft) threshold.

int	ip_saturation_count
	parameter for number of saturated channels

int	ip_noise
	Parameter for array of channels noise.

int	ip_data_read
	Readout data number per channel parameter.

int	ip_data_chk
	Parameter for data checks.

int	ip_base_chk
	Parameter for baseline fluctuation check.

int	ip_resol_amp
	Parameter for amplitude resolution analysis.

int	ip_xmin
	Parameter index for pads signal boundaries.

int	ip_xmax
	Parameter index for pads signal boundaries.

int	ip_xlen
	Parameter index for pads signal boundaries.

int	ip_ymin
	Parameter index for pads signal boundaries.

int	ip_ymax
	Parameter index for pads signal boundaries.

int	ip_ylen
	Parameter index for pads signal boundaries.

int	ip_tmin
	Parameter index for pads signal boundaries.

int	ip_tmax
	Parameter index for pads signal boundaries.

int	ip_tlen
	Parameter index for pads signal boundaries.

int *	ip_chan_out
	Parameter index for single channels output signal.

int *	ip_chan_rec
	Parameter index for single channels reconstructed signal.

int *	ip_chan_fit
	Parameter index for single channels fitted signal.

int	read_mult
	Readout channels multiplicity (with FPN)

int	pads_mult
	Pads multiplicity.

int	bad_events
	Number of bad events in the run.

double	ampl_all_c0
	Calibration parameter for sum of channels maximum.

double	ampl_all_c1
	Calibration parameter for sum of channels maximum.

double	ampl_thr_c0
	Calibration parameter for sum of channels (above threshold) maximum.

double	ampl_thr_c1
	Calibration parameter for sum of channels (above threshold) maximum.

double	eint_all_c0
	Calibration parameter for sum of channels integral.

double	eint_all_c1
	Calibration parameter for sum of channels integral.

double	eint_thr_c0
	Calibration parameter for sum of channels (above threshold) integral.

double	eint_thr_c1
	Calibration parameter for sum of channels (above threshold) integral.

Variables related to preselected analysis
string	pad_signal_page
	Page name for automatic display of pads signal.

GStringList	default_analysis
	Analysis loaded at initialization.

Selected events output file
string	selTxtColor
	Highlight for selected events messages.

string	selTxtNorm
	End of highlight for selected events messages.

u_int	selEventNum
	Number of selected events outputs.

u_int	selEventCount [16]
	Counts of selected events.

string	selEventDir [16]
	Names of the directories for selected events output.

string	selEventFname
	Base file name (set at start of new run)

FILE *	selEventFilePtr [16]
	File pointers for selected events.

int	selEventFileLun [16]
	Logical units of file for selected events.

u_int	selEventFileSub [16]
	Selected events sub-file number.

u_int	selEventFileCnt [16]
	Number of events in the sub-file.

u_int	selEventFileMax [16]
	Max. number of events in the sub-file.

string	selFilterName [16]
	Names of the filters for event selection.

Filter *	selFilterPtr [16]
	Pointer to the filters for event selection.

u_int	pauseFilterNum
	Number of filters that cause the analysis pause.

string	pauseFilterName [16]
	Names of the filters.

Filter *	pauseFilterPtr [16]
	Pointer to the filters.

u_int	pauseFilterCount [16]
	Names of the filters.

bool	pauseFilterStop [16]
	The filter stops event reading (else, only update)

Automatic reset/save histogram families at run start/stop
u_int	runFamilyNum
	Number of run families.

string	runFamilyName [16]
	Names of run families.

GString	runFamilyFile [16]
	File names of run families (empty for no save)

Protected Attributes inherited from GETActarTpc
GETHitMaskXY *	pad_mask
	Pointer to the hit mask (same as base class hit mask, but known as GETHitMaskXY)

Protected Attributes inherited from GETSystem
GETSystemAnalyser *	analyser
	Pointer to a data analyser.

int	bad_cobo_channel_aget [512]
	Memorize AGET number for bad channels.

u_int	bad_cobo_channel_count
	Number for bad channels in CoBo read.

int	bad_cobo_channel_index [512]
	Memorize Channel number for bad channels.

u_int	bad_cobo_read_check
	Counter of bad data needed for missing channels in data check.

u_int	bad_cobo_read_count
	Number of bad data read.

GETData	bad_cobo_read_data [512]
	Bad data array.

u_int	bad_cobo_read_min
	Minimum number of data to keep channels in data.

u_int	bad_read_count
	Number of bad data read.

GETData	bad_read_data [512]
	Bad data array.

u_int	channel_count
	Total number of channels.

bool *	channel_hit
	Whether the channel contains data.

GETChannel **	channel_summary
	Summary of channels pointers.

GETCoBo *	cobo
	Array of CoBo modules.

int	cobo_filled [4 68 512]
	Memorization of data read in CoBo frame.

u_int	cobo_frame_error
	Number of CoBo frames with errors.

u_int	cobo_frame_read
	Total number of CoBo frames.

u_int	cobo_frame_recover
	Number of CoBo frames with errors that could be recovered.

int	cobo_last_bucket [4 *68]
	Memorization of last time bucket read / channel.

u_int	cobo_number
	Number of CoBo modules controlled.

GETCfgSetup *	config
	Configuration data.

bool	cor_data
	Whether processing corrected data.

u_int	data0_num
	Number of time buckets to set to 0 at beginning of data samples.

u_int	dataN_num
	Number of time buckets to set to 0 at end of data samples.

u_int	event_count
	Number of events read (in file)

GETHitMask *	hit_mask
	Pointer to the hit mask.

GETLookupTable	lookup_table
	Lookup table.

char *	mfm_buffer
	MFM frames data buffer.

char **	mfm_buffer_adr
	Pointer of allocated buffer.

int	mfm_buffer_size
	Size of allocated buffer.

uint64_t	mfm_event_clock
	Event clock time from MFM frames.

int	mfm_event_num
	Event number from MFM frames.

bool	mfm_event_set
	Test is event number / time stamp is set.

double	mfm_event_time
	Event time (sec) from MFM frames.

MFMCommonFrame *	mfm_frame
	Common frame for MFM in/out.

MFMCoboFrame *	mfm_frame_cobo
	Specific CoBo frame for MFM in/out.

u_int	mfm_frame_count
	Frame number in current file.

u_int	mult_aget
	Multiplicity of non empty AGet.

u_int	mult_asad
	Multiplicity of non empty AsAd.

u_int	mult_channel
	Multiplicity of non empty channels.

u_int	mult_cobo
	Multiplicity of non empty CoBo.

GETRunFile *	run_file
	Pointer to the input run data.

u_int	saturation_count
	Number of saturated channels (computed at raw event analysis)

u_int	saturation_mult
	Number of saturated data to consider a channel as saturated.

u_int	saturation_value
	Coder value for channel saturation (set to 0 not to perform the analysis)

u_short	selected_analysis
	Flag for selected analysis (see GETSystem::SelectAnalysis function)

int	test_channel
	Channel index for test outputs (-1 for none)

double	zero_threshold
	Threshold for raw data zero suppression.

Protected Attributes inherited from GETObject
GETProcessLink	filter
	Signal processing filter.

int	id
	Object identifier number (set by the parent, in filiation)

bool	is_read
	Flag indicating some data was read for the object (from exp. raw data)

GETProcessLink	noise_in
	Simulation input noise generator.

GETProcessLink	noise_out
	Simulation output noise generator.

GETProcessLink	output_corr
	Output signal correction before reconstruction of input.

GETObject *	parent
	Parent AGet chip.

GETProcessLink	response
	Signal response function.

Private Member Functions
	GObject (GETActarEventReader)

Additional Inherited Members
Static Public Member Functions inherited from GETSystem
static void	SetOptions (u_int opts)

static void	SetOption (u_int flags, bool b=true)

static u_int	GetOptions ()

static bool	GetOption (u_int flags)

Static Protected Attributes inherited from GETSystem
static u_int	options = 0
	Options for GET system.

Detailed Description

See GETActarEventReader analysis.

Examples:: GETFullInstallationGuide.txt.

Constructor & Destructor Documentation

GETActarEventReader::GETActarEventReader ( bool construct = true )

Default constructor of the analysis class.

Parameters

construct if set to true (default), the GUI is constructed (for use in derived classes to avoid the construction at creation of the base class).

References GET::analyseAll, GET_INIT_SETUP_DEFAULT_FILE, GET_PAD_SIGNAL_PAGE, GET_RUN_FAMILY_MAX, and GET_SELECT_MAX.

GETActarEventReader::~GETActarEventReader ( )

virtual

Destructor of the analysis class.

References aget_page, hok_chan_out, hok_elec_out, hok_pad_out, ip_chan_fit, ip_chan_out, ip_chan_rec, and pok_chan_out.

Member Function Documentation

void GETActarEventReader::AnalysisEvent ( )

virtual

Function called by event reading function, to fill parameters and predefined histograms.

Referenced by ReadEvent().

void GETActarEventReader::AnalysisStart ( )

virtual

Function called at run start for specific run analysis initialization.

References bad_events, and ReadRunConfig().

void GETActarEventReader::AnalysisStop ( )

virtual

Function called at run start for specific end run analysis.

References bad_events.

int GETActarEventReader::Close ( )

virtual

Implementation of the pure virtual function from RunBase to close a file from the GET system.

References IsOpen().

int GETActarEventReader::CloseSelectedEventsFile ( u_int nf )

virtual

Close events selection sub-file for a selection filter

Parameters

nf	index of the selection filter

References selEventFileLun, selEventFilePtr, and selEventNum.

Referenced by CloseSelectedEventsFiles(), and WriteSelectedEvent().

int GETActarEventReader::CloseSelectedEventsFiles ( )

virtual

Function that closes the files for selected events output. The function returns 0 if no error occured.

References CloseSelectedEventsFile(), selEventCount, selEventFilePtr, selEventNum, selFilterName, selTxtColor, and selTxtNorm.

Referenced by RunStop().

bool GETActarEventReader::ConfigCommand	(	const GString &	code,
		const GString &	args = `""`,
		FILE *	fptr = `NULL`
	)

virtual

Function that sets a configuration parameter from a command line.

The valid command line in the class are:

general commands:
- VERB <v>: set the verbosity
- RND <seed>: set the random generator seed (integer)
commands from the analyser classes:
- from GETActarTpcAnalyser::ConfigCommand
- from GETSystemAnalyser::ConfigCommand
pre-initialization commands
(they should be called once, to create the GET system, before other analysis configuration options):
- DT <period>: set the GET system samples write period
- DIM <dim>: set the GET system samples depth (dimension)
- GET <dim> <dt>: set the ACTAR/GET system samples depth (dimension) and period (equivalent to DT and DIM)
- NPADS <nx> <ny>: set the number of pads of the pad plane along X and Y axis
- READ_LT <lt_file> [nopad] [invxy]: read a look-up table file (this must be done before INIT of the GET system)
  - nopad indicates the format with no pad number in first column of the file
  - invxy indicates inverted X-Y pads
- WRITE_LT <lt_file>: write a look-up table file (after the INIT of the GET system)
- INIT: create the GET system
analysis configuration:
- GET_RUN <pattern>: set the GET run files pattern
- INCL <cfg_file>: include another configuration file
- RCFG <cfg_run>: set pattern or file for configuration set at run start
- ANA <def_file>: load definition file for spectra, filters pages after structures definitions initialization
GET system analyser parameters and histograms definitions:
- TDIM <dim>: set the dimension for time axis of created histograms
- VDRIFT <vd>: set the drift velocity for the conversion from time to Z-dimension
- total energy deposit scale
  - CALIB_EAMP_ALL <a0> <a1>: coefficients for total energy deposit from maximum signal of all pads
  - CALIB_EAMP_THR <a0> <a1>: coefficients for total energy deposit from maximum signal of pads above threshold
  - CALIB_EINT_ALL <a0> <a1>: coefficients for total energy deposit from integral signal of all pads
  - CALIB_EINT_THR <a0> <a1>: coefficients for total energy deposit from integral signal of pads above threshold
- automatically filled histograms:
  - H_GET_FULL_RAW
    H_GET_FULL_COR
    H_GET_FULL: create the full data histogram (channel number as X-axis, time bucket as Y-axis, and signal amplitude as Z)
  - H_PROJ <id> <id>...: create projection histograms, according to the specified identifiers:
    - XYT: 3D signal amplitude
    - XY_D: pads containing data
    - XY_H: pads with valid hit
    - XY_T: time value for pads
    - XY_E, XT_E, YT_E, 2D_E: 2D amplitude projections (selected or all)
    - XY: all pads projections: amplitude, time, data and hits
    - 1D_E or 1D: 1D amplitude projections (all)
    - X, Y, T: 1D amplitude projection
  - H_CHAN <cobo asad aget chan>: create channels histograms (for the identifiers, -1 means all)
  - H_PAD <ix0 ix1 iy0 iy1>: create pads signal histograms for a selected range of pads
  - AGET_PAGE <cobo asad aget>: create full AGet signa page (for the identifiers, -1 means all)
- parameters:
  - P_SUMMARY
    P_SUMMARY_RAW
    P_SUMMARY_COR
  - P_DATA_READ
  - P_CHAN <cobo asad aget chan>: create channels parameters (for the identifiers, -1 means all)
GET selected events outputs:
- SEL_FILTER <filt_name> <dir_name>: set a filter to select events that are written in output files created in the directory
- PAUSE_FILTER <filt_name> [NoStop]: set a filter to pause the analysis or update display (with option NoStop)

Parameters

code	parameter(s) identifier
args	additional arguments
fptr	file pointer (in case more information should be read)

References ampl_all_c0, ampl_all_c1, ampl_thr_c0, ampl_thr_c1, GETActarTpcAnalyser::ConfigCommand(), GETLookupTable::DumpTable(), eint_all_c0, eint_all_c1, eint_thr_c0, eint_thr_c1, get_analyser, get_dim, get_dt, get_init, get_lookup_table, get_lt_invxy, get_lt_rpad, get_nx, get_ny, GET_RUN_FAMILY_MAX, GETInit(), GETRandom, hok_full_out, hok_full_raw, hok_pads_t_e, hok_pads_x_e, hok_pads_xt_e, hok_pads_xy_d, hok_pads_xy_e, hok_pads_xy_h, hok_pads_xy_t, hok_pads_xyt_e, hok_pads_y_e, hok_pads_yt_e, GETSystem::LookupTable(), pauseFilterName, pauseFilterNum, pauseFilterStop, pok_data_read, pok_max_cor, pok_max_raw, pok_time_cor, pok_time_raw, PresetAgetPage(), PresetChannelParam(), PresetPadParam(), GET::ProcessSingleFrames, ReadConfigFile(), runFamilyFile, runFamilyName, runFamilyNum, selTxtColor, selTxtNorm, SetDefaultAnalysis(), SetGETRunConfigFile(), GETSystem::SetOptions(), SetSelectedEventsFilter(), tdim_nt, tdim_t0, tdim_t1, and vdrift.

Referenced by ConfigCommandLine(), and ReadConfigFile().

bool GETActarEventReader::ConfigCommandLine	(	const string &	cmd,
		FILE *	fptr = `NULL`
	)

virtual

Function that sets a configuration parameter from a setup file line.

Parameters

cmd	setup line
fptr	file pointer (in case more information should be read)

References ConfigCommand().

void GETActarEventReader::Construct ( )

virtual

Redefinition of function from GEVRunBase for the GUI.

References w_anal_stat_mfm.

int GETActarEventReader::CreateEvent ( )

virtual

Function that is called to define "raw" parameters. It defines parameters related to the ACTAR TPC / GET global information. (see AddParam function of the EventManager base class).

References GETSystemAnalyser::CreateChannelsMaxCorHisto(), GETSystemAnalyser::CreateChannelsMaxRawHisto(), GETSystemAnalyser::CreateChannelsTimeCorHisto(), GETSystemAnalyser::CreateChannelsTimeRawHisto(), get_analyser, get_init, GETInit(), GETObject::GetTotalChannelCount(), h_max_cor, h_max_raw, h_time_cor, h_time_raw, ip_base_chk, ip_data_chk, ip_data_read, ip_eamp_all, ip_eamp_thr, ip_eint_all, ip_eint_thr, ip_evtacq, ip_evtnum, ip_evttime, ip_max_channel, ip_max_cor, ip_max_raw, ip_max_signal, ip_mmax_sum, ip_noise, ip_pads_mult, ip_read_mult, ip_resol_amp, ip_saturation_count, ip_time_cor, ip_time_raw, ip_tlen, ip_tmax, ip_tmin, ip_xlen, ip_xmax, ip_xmin, ip_ylen, ip_ymax, ip_ymin, GETSystemAnalyser::IsFluctuationsAnalysisON(), GETSystemAnalyser::IsNoiseAnalysisON(), GETSystemAnalyser::IsResolutionAnalysisON(), pok_data_read, pok_max_cor, pok_max_raw, pok_time_cor, and pok_time_raw.

GETActarTpcAnalyser * GETActarEventReader::DefineAnalyser ( )

virtual

Function defining the analyser associated to the GETSystem, at system initialization (in GETInit() function).

References GETSystem::analyser, and GETSystem::SetAnalyser().

Referenced by GETInit().

int GETActarEventReader::DefineChannelSpectrum	(	int	ich,
		bool	fill = `false`
	)

virtual

Function that create a pad histogram (if it is not already created) identified by channel index.

Parameters

ich	channel index
fill	whether the histogram is filled

References GetIndexId(), GETObject::GetTotalChannelCount(), and hok_channels.

Referenced by DefineElecSpectrum(), DefinePadSpectrum(), and PresetSystemAnalysis().

int GETActarEventReader::DefineChannelSpectrum	(	int	ich,
		const string &	name,
		bool	fill = `false`
	)

virtual

Function that create an histogram on a pad or channel (if it is not already created) with the corresponding parameter.

Parameters

ich	channel index
fill	whether the histogram is filled
name	base name for channel histogram (default is built from electronics indexes)

References GET::amplitudeFit, get_analyser, get_dim, get_dt, GETSystemAnalyser::GetAmplitudeMode(), GETSystem::GetChannel(), GetElecId(), GETSystemAnalyser::GetSelectedSignalData(), GETObject::GetTotalChannelCount(), ip_chan_fit, ip_chan_out, ip_chan_rec, GETChannel::OutSample(), pok_chan_out, pok_channels, GETChannel::RecSample(), GETSystemAnalyser::SetChannelFctParameters(), and GET::signalRec.

int GETActarEventReader::DefineElecSpectrum	(	u_int	cobo,
		u_int	asad,
		u_int	aget,
		u_int	chan,
		bool	fill = `false`
	)

virtual

Function that create a pad histogram (if it is not already created) identified by electronics modules indexes.

Parameters

cobo	index of CoBo module
asad	index of AsAd board from CoBo module (0-3)
aget	index of AGET chip on AsAd board (0-3)
chan	index of channel in AGET chip (0-67)
fill	whether the histogram is filled

References DefineChannelSpectrum(), GETSystem::GetChildrenNumber(), GETSystem::GetCoBoNumber(), GetElecId(), and hok_elec.

Referenced by PresetSystemAnalysis().

int GETActarEventReader::DefinePadSpectrum	(	int	ix,
		int	iy,
		bool	fill = `false`
	)

virtual

Function that create a pad histogram (if it is not already created) identified by (X,Y) pad indexes.

Parameters

ix	X pad index
iy	Y pad index
fill	whether the histogram is filled

References DefineChannelSpectrum(), GETLookupTable::GetChannel(), GetPadId(), hok_pads, and GETSystem::LookupTable().

Referenced by PadPlaneButton1DoubleClick(), and PresetSystemAnalysis().

string GETActarEventReader::GetAGetId ( int i ) const

inline

Function defining a standardized short identifier for an AGet chip.

Parameters

i	AGet index (0-3)

Referenced by GetElecId(), and PresetSystemAnalysis().

string GETActarEventReader::GetAsAdId ( int i ) const

inline

Function defining a standardized short identifier for an AsAd board.

Parameters

i	Asad index (0-3)

Referenced by GetElecId(), and PresetSystemAnalysis().

string GETActarEventReader::GetChannelId ( int i ) const

inline

Function defining a standardized short identifier for an AGet channel.

Parameters

i	channel index (0-67)

Referenced by GetElecId().

string GETActarEventReader::GetCoBoId ( int i ) const

inline

Function defining a standardized short identifier for a CoBo module.

Parameters

i	CoBo index

Referenced by GetElecId(), and PresetSystemAnalysis().

string GETActarEventReader::GetElecId ( int i ) const

inline

Function defining a standardized short identifier for an electronics channel.

Parameters

i	global channel index

References GETSystem::cobo, GETLookupTable::GetAGet(), GETLookupTable::GetAsAd(), GETLookupTable::GetChannel(), GETLookupTable::GetCoBo(), and GETSystem::LookupTable().

Referenced by DefineChannelSpectrum(), DefineElecSpectrum(), and PresetSystemAnalysis().

string GETActarEventReader::GetElecId	(	int	co,
		int	as,
		int	ag,
		int	ch
	)		const

inline

Function defining a standardized short identifier for an electronics channel.

Parameters

co	CoBo index
as	AsAd index in CoBo (0-3)
ag	AGET index in AsAd (0-3)
ch	Channel index in AGET (0-67)

References GetAGetId(), GetAsAdId(), GetChannelId(), and GetCoBoId().

string GETActarEventReader::GetIndexId ( int i ) const

inline

Function defining a standardized short identifier for a channel of the whole GET system.

Parameters

i	channel index

Referenced by DefineChannelSpectrum().

void GETActarEventReader::GETInit ( )

virtual

Function that creates the GET system.

References aget_page, ASAD_SIZE, COBO_SIZE, DefineAnalyser(), get_analyser, get_dim, get_dt, get_init, get_lookup_table, get_lt_invxy, get_lt_rpad, get_nx, get_ny, GETSystem::GetCoBoNumber(), GETObject::GetTotalChannelCount(), hok_chan_out, hok_elec_out, hok_pad_out, GETActarTpc::Init(), ip_chan_fit, ip_chan_out, ip_chan_rec, GETSystem::LookupTable(), pok_chan_out, GETLookupTable::Read(), GETLookupTable::SetDefaultTable(), and GETSystem::SetOptions().

Referenced by ConfigCommand(), and CreateEvent().

string GETActarEventReader::GetPadId	(	int	ix,
		int	iy
	)		const

inline

Function defining a standardized short identifier for a pad.

Parameters

ix	pad index along X (0-...)
iy	pad index along Y (0-...)

Referenced by DefinePadSpectrum().

GETActarEventReader::GObject ( GETActarEventReader )

private

Macro from GCpp library that defines the following functions:

ClassName(): return the real class name of the object
StaticClassName(): return the used class name of the object (that may be a base class of the real object).
IsInstanceOf<T>(): return true if the current object is an instance of the template class name argument
Clone(): return an allocated copy of the object.

int GETActarEventReader::HistoClickedSlot	(	const GEVPage *	page_ptr,
		const GEVPad *	pad_ptr,
		const TH1 *	histo_ptr,
		const Double_t	x,
		const Double_t	y
	)

virtual

Function called on a click in a page spectrum.

Parameters

page_ptr	page pointer
pad_ptr	pad pointer
histo_ptr	histogram pointer
x	histogram X position
y	histogram Y position

References GETSystem::cobo, get_analyser, get_nx, get_ny, GETLookupTable::GetAGet(), GETLookupTable::GetAsAd(), GETLookupTable::GetChannel(), GETSystem::GetChannel(), GETLookupTable::GetCoBo(), GETSystemAnalyser::GetMultiMaxAmplitude(), GETSystemAnalyser::GetMultiMaxNum(), GETSystemAnalyser::GetMultiMaxTime(), GETChannel::GetSaturationCount(), GETSystemAnalyser::IsMaximaDataComputed(), and GETSystem::LookupTable().

int GETActarEventReader::HistoEventSlot	(	Int_t	event,
		const GEVPage *	page_ptr,
		const GEVPad *	pad_ptr,
		const TH1 *	histo_ptr,
		const Double_t	x,
		const Double_t	y
	)

virtual

Function called when mouse moving on a page spectrum.

Parameters

event	event type identifier (see EEventType in ROOT)
page_ptr	page pointer
pad_ptr	pad pointer
histo_ptr	histogram pointer
x	histogram X position
y	histogram Y position

References GETSystem::cobo, get_nx, get_ny, GETLookupTable::GetAGet(), GETLookupTable::GetAsAd(), GETLookupTable::GetChannel(), GETSystem::GetChannel(), GETLookupTable::GetCoBo(), GETLookupTable::GetIpx(), GETLookupTable::GetIpy(), GETChannel::GetSaturationCount(), GETObject::GetTotalChannelCount(), GETSystem::LookupTable(), PadPlaneButton1Click(), PadPlaneButton1DoubleClick(), PadPlaneButton2Click(), and PadPlaneButton2DoubleClick().

void GETActarEventReader::IncrementSpectra ( ) const

virtual

Reimplementation of the GEVRunBase function in order to check events selection for writting in the selected events output files.

References pauseFilterCount, pauseFilterName, pauseFilterNum, pauseFilterPtr, pauseFilterStop, selEventNum, selTxtColor, selTxtNorm, UpdateDisplay(), and WriteSelectedEvent().

bool GETActarEventReader::IsOpen ( )

virtual

Test whether the run file is open.

References GETSystem::IsRunFileOpen().

Referenced by Close(), Open(), and ReadEvent().

int GETActarEventReader::Open ( )

virtual

Implementation of the pure virtual function from RunBase to open a file from the GET system.

References IsOpen(), GETSystem::IsRunFileOpen(), and GETSystem::OpenRunFile().

int GETActarEventReader::OpenSelectedEventsFile ( u_int nf )

virtual

Open the next events selection sub-file for a selection filter

Parameters

nf	index of the selection filter

References selEventDir, selEventFileCnt, selEventFileLun, selEventFilePtr, selEventFileSub, selEventFname, selEventNum, selFilterName, selFilterPtr, selTxtColor, and selTxtNorm.

Referenced by WriteSelectedEvent().

void GETActarEventReader::PadPlaneButton1Click	(	const TH2 *	hpad,
		int	ix,
		int	iy
	)

virtual

Function called when a pad plane histo is clicked. This function is also called in case of double-click

Parameters

hpad	pointer to the pad histogram
ix	X pad index
iy	Y pad index

Referenced by HistoEventSlot().

void GETActarEventReader::PadPlaneButton1DoubleClick	(	const TH2 *	hpad,
		int	ix,
		int	iy
	)

virtual

Function called when a pad plane histo is double-clicked. If the spectrum corresponding to the pad signal is not defined, it is created. The pad signal spectrum is defined (if not yet done) and plotted in the first plot of pad signal page (created if not defined).

Parameters

hpad	pointer to the pad histogram
ix	X pad index
iy	Y pad index

References DefinePadSpectrum(), get_analyser, GETSystemAnalyser::GetSelectedSignalData(), pad_signal_page, and GET::signalRec.

Referenced by HistoEventSlot().

void GETActarEventReader::PadPlaneButton2Click	(	const TH2 *	hpad,
		int	ix,
		int	iy
	)

virtual

Function called when a pad plane histo is clicked. This function is also called in case of double-click

Parameters

hpad	pointer to the pad histogram
ix	X pad index
iy	Y pad index

Referenced by HistoEventSlot().

void GETActarEventReader::PadPlaneButton2DoubleClick	(	const TH2 *	hpad,
		int	ix,
		int	iy
	)

virtual

Function called when a pad plane histo is clicked.

Parameters

hpad	pointer to the pad histogram
ix	X pad index
iy	Y pad index

Referenced by HistoEventSlot().

void GETActarEventReader::PresetAgetPage ( const string & def )

virtual

Function indicating to create the page to display all channels from an AGET chip.

Parameters

def	AGet definition (cobo asad aget)

Referenced by ConfigCommand().

void GETActarEventReader::PresetAgetPage	(	int	cobo,
		int	asad,
		int	aget
	)

virtual

Function indicating to create the page to display all channels from an AGET chip (and corresponding histograms).

Parameters

cobo	CoBo module (-1 for all)
asad	AsAd board (-1 for all)
aget	AGet chip (-1 for all)

References aget_page, ASAD_SIZE, GETSystem::cobo, COBO_SIZE, GETSystem::GetCoBoNumber(), hok_elec, hok_elec_out, and PresetChannelParam().

void GETActarEventReader::PresetAnalysis ( )

virtual

Function that creates the analysis structures predefined from the initialization configuration file, and loads the preselected definitions. It is called by the GETActarEventReader::RunInit function.

References PresetLoadedAnalysis(), and PresetSystemAnalysis().

void GETActarEventReader::PresetChannelParam	(	const string &	def,
		bool	hdef = `false`
	)

virtual

Function indicating that the parameters associated to selected channels have to be created, and optionally the corresponding histograms.

Parameters

def	channels definition (cobo asad aget channel numbers, -1 for all)
hdef	whether the corresponding histograms are also created

References GETSystem::cobo.

Referenced by ConfigCommand(), and PresetAgetPage().

void GETActarEventReader::PresetChannelParam	(	int	cobo,
		int	asad,
		int	aget,
		int	chan,
		bool	hdef = `false`
	)

virtual

Function indicating that the parameters associated to selected channels have to be created, and optionally the corresponding histograms (labelled with electronics modules indexes).

Parameters

cobo	CoBo number (-1 for all)
asad	AsAd number (-1 for all)
aget	AGet number (-1 for all)
chan	Channel number (-1 for all)
hdef	whether the corresponding electronics channel histograms are also created

References GETSystem::cobo, GETSystem::GetChannelIndex(), GETSystem::GetCoBoNumber(), GETObject::GetTotalChannelCount(), hok_elec, hok_elec_out, pok_chan_out, and pok_channels.

void GETActarEventReader::PresetChannelParam	(	int	ich0 = `0`,
		int	ich1 = `-1`,
		bool	hdef = `false`
	)

virtual

Function indicating that the parameters associated to selected channels have to be created, and optionally the corresponding histograms (labelled with absolute channel indexes).

Parameters

ich0	first channel index
ich1	last channel index (-1 for all)
hdef	whether the corresponding channel histograms are also created

References GETObject::GetTotalChannelCount(), hok_chan_out, hok_channels, pok_chan_out, and pok_channels.

void GETActarEventReader::PresetLoadedAnalysis ( )

virtual

Function that loads the predefinedin the initialization configuration file.

References default_analysis.

Referenced by PresetAnalysis().

void GETActarEventReader::PresetPadParam	(	const string &	def,
		bool	hdef = `false`
	)

virtual

Function indicating that the parameters associated to selected channels have to be created, and optionally the corresponding histograms.

Parameters

def	channels definition (ix0 ix1 iy0 iy1)
hdef	whether the corresponding histograms are also created

Referenced by ConfigCommand().

void GETActarEventReader::PresetPadParam	(	int	ix0,
		int	ix1,
		int	iy0,
		int	iy1,
		bool	hdef = `false`
	)

virtual

Function indicating that the parameters associated to selected channels have to be created, and optionally the corresponding histograms.

Parameters

ix0	lower X pad index
ix1	upper X pad index
iy0	lower Y pad index
iy1	upper Y pad index
hdef	whether the corresponding histograms are also created

References get_nx, get_ny, GETLookupTable::GetChannel(), hok_pad_out, hok_pads, GETSystem::LookupTable(), pok_chan_out, and pok_channels.

void GETActarEventReader::PresetSystemAnalysis ( )

virtual

Function that creates the analysis structures predefined from the initialization configuration file.

Referenced by PresetAnalysis().

int GETActarEventReader::ProcessCmdLine	(	int &	argc,
		char **	argv,
		bool	supp = `true`
	)

virtual

Function that processes the command line arguments. The arguments that are recognized and processed are removed from the arguments list, and the parameters argc and argv are modified accordingly.

Note that if the "--help" argument is present, no argument is processed anymore.

The function returns 0 if arguments are processed without problem or a positive value in case of error. The "--help" argument causes a -1 return value (so that the program may be interrupted).

Parameters

argc	number of arguments
argv	array of arguments pointers
supp	whether the recognized arguments are removed

References ProcessLineHelp(), ReadInitConfig(), SetDefaultAnalysis(), SetGETInitConfigFile(), and SetGETRunConfigFile().

void GETActarEventReader::ProcessLineHelp ( ) const

virtual

Function issuing a message for command line options explanation.

Referenced by ProcessCmdLine().

void GETActarEventReader::Quit ( )

virtual

Function redefined from base class to force a reset.

int GETActarEventReader::ReadConfigFile ( const string & cfg )

virtual

Function that reads setup parameters for GET system.

The function returns 0 if no error occured, a positive value in case of file error and a negative value if some invalid commands are found.

Parameters

cfg	configuration file name

Referenced by ConfigCommand(), ReadInitConfig(), and ReadRunConfig().

int GETActarEventReader::ReadConfigFile ( FILE * fp )

virtual

Function that reads setup parameters for GET system.

The function returns 0 if no error occured, a positive value in case of file error and a negative value if some invalid commands are found.

Parameters

fp	setup file pointer

References ConfigCommand().

int GETActarEventReader::ReadEvent ( )

virtual

Function that reads an event in the raw data file. The function returns 0 if an event was read without error, -1 at end of file, and a positive value in case of error.

Reimplemented from GETSystem.

References GETSystem::analyser, AnalysisEvent(), GETSystem::ClearEvent(), get_dim, get_dt, GETSystem::GetAcqEventNumber(), GETSystem::GetAcqEventTimeSec(), GETSystem::GetAnalysisFlags(), GETSystemAnalyser::GetSelectedSignalData(), h_et, h_ext, h_exyt, h_eyt, ip_evtacq, ip_evtnum, ip_evttime, IsOpen(), GETSystem::mfm_event_num, GETSystem::ReadEvent(), run_changed, GETSystem::SetInputRecAnalysis(), GET::signalRec, tdim_t0, tdim_t1, time_ref, and vdrift.

void GETActarEventReader::ReadInitConfig ( )

virtual

Function that reads the initialization setup for GET system. The configuration file is defined by the SetGETInitConfigFile function. An initialization file is mandatory for building the GET system object that will process the data.

References get_init, get_init_cfg, get_init_default, and ReadConfigFile().

Referenced by ProcessCmdLine().

void GETActarEventReader::ReadRunConfig ( )

virtual

Function that reads the run setup parameters for GET system (if the filename is empty, the function does nothing). The run analysis configuration file can be defined with the SetGETRunConfigFile function. If the configuration file is not defined or is not found, the analysis configuration remains unchanged. In case the file exists, the output correction processes for all channels are removed, in order to be able to redefine new ones from the configuration file information.

References get_analyser, get_run_cfg, ReadConfigFile(), GETObject::RemoveOutputCorrection(), and GETActarTpcAnalyser::SetOffTrackCorrection().

Referenced by AnalysisStart().

void GETActarEventReader::Reset ( )

virtual

Function redefined from base class to implement specific reset.

Reimplemented from GETSystem.

References GETActarTpcAnalyser::ClearAnalysis(), get_analyser, pauseFilterCount, pauseFilterNum, prev_run_num, GETSystem::Reset(), selEventCount, and selEventNum.

void GETActarEventReader::ResetFileList ( )

virtual

Reimplemented from GEVRunBase to call RunStop only when run is stopped, not at new file with no run change.

References RunStop().

bool GETActarEventReader::RunChanged ( ) const

inlinevirtual

This function returns true, at run start, if the run number has changed. When a new file is open from the same run, it remains to false.

References run_changed.

int GETActarEventReader::RunStart ( )

virtual

Function reimplemented from GEVRunBase.

References GETSystem::cobo_frame_error, GETSystem::cobo_frame_read, GETSystem::cobo_frame_recover, pauseFilterName, pauseFilterNum, pauseFilterPtr, runFamilyName, runFamilyNum, selEventFileCnt, selEventFileSub, selEventFname, selEventNum, selFilterName, and selFilterPtr.

int GETActarEventReader::RunStop ( )

virtual

Function reimplemented from GEVRunBase.

References CloseSelectedEventsFiles(), current_run_num, runFamilyFile, runFamilyName, runFamilyNum, and selEventNum.

Referenced by ResetFileList().

void GETActarEventReader::SetColorMode ( )

virtual

Restores the colors before display update. This restores the color palette in case it has been modified.

void GETActarEventReader::SetDefaultAnalysis ( const string & ana )

virtual

Defines the default analysis loaded at initialization.

Parameters

ana	analysis (definitions) file

References default_analysis.

Referenced by ConfigCommand(), and ProcessCmdLine().

void GETActarEventReader::SetGETInitConfigFile ( const string & cfg )

virtual

Function that defines the GET initialization configuration file.

Parameters

cfg	run configuration file

References get_init_cfg.

Referenced by ProcessCmdLine().

void GETActarEventReader::SetGETRunConfigFile ( const string & cfg )

virtual

Function that defines the GET analysis configuration file at run start. If the file name is empty, no file is read (the parameters defined at initialization are used, or the default ones). The following codes are supported:

"%F" or "%nF" for file number
Parameters

cfg run configuration file

References get_run_cfg.

Referenced by ConfigCommand(), and ProcessCmdLine().

void GETActarEventReader::SetLookupTable ( const string & ltfile )

virtual

Defines the lookup table file.

Parameters

ltfile table file

References get_lookup_table.

bool GETActarEventReader::SetSelectedEventsFilter	(	const string &	filter,
		const string &	dir,
		u_int	nmax = `0`
	)

virtual

Function that defines a new events selection output. If the selection is defined without error, the function returns the pointer to the filter.

Parameters

filter	name of the filter
dir	output directory for output files
nmax	max. number of events in the output files (change sub-number when reached) or 0 to keep same sub numbers than the input run files

References GETObject::filter, GET_SELECT_MAX, selEventDir, selEventFileMax, selEventNum, and selFilterName.

Referenced by ConfigCommand().

void GETActarEventReader::UpdateDisplay ( )

virtual

Redefinition of function from GEVRunBase for the GUI.

References GETSystem::GetAcqEventNumber(), and w_anal_stat_mfm.

Referenced by IncrementSpectra().

int GETActarEventReader::UserCorEvent ( )

virtual

Function called after the corrected / reconstructed data analysis. The function does nothing in this class, but may be used in derived classes.

Reimplemented from GETSystem.

int GETActarEventReader::UserEvent ( )

virtual

Function called after an new event has been read.

int GETActarEventReader::UserEventDefine ( )

virtual

This function is called only once, at initialization time (see GEVRunBase class documentation):

the definition of user additionnal parameters
the definition of contours and filters
the creation of spectra based on parameters (raw or user)
definition of graphical pages

int GETActarEventReader::UserFit ( )

virtual

This function is called when a fit is performed from the GUI pads, if the result is validated by the "done" button of the fit interface. To get acces to the fit result, see the GEVRunBase base class functions: GetFitSpectrum(), GetFitInfo(), GetFitResult(), ...

The fitter (fit class object) can be reached with the specific functions (depending of the fit type): GetFitter1D(), GetPeakFitter(), GetDecayFitter(),...

Note: the fitting object is destroyed after the call to the UserFit() function.

int GETActarEventReader::UserNewFile ( )

virtual

Function called when a new file is opened, with or without change of the run number.

int GETActarEventReader::UserQuit ( )

virtual

Function called when quitting the analysis, when "Quit" button is clicked.

int GETActarEventReader::UserRawEvent ( )

virtual

Function called after the raw data analysis. The function does nothing in this class, but may be used in derived classes.

Reimplemented from GETSystem.

int GETActarEventReader::UserRefresh ( )

virtual

Function called after the GUI pages have been updated, for customized displays.

int GETActarEventReader::UserReset ( )

virtual

Function called when the Reset button of the GUI is clicked.

int GETActarEventReader::UserRunStart ( )

virtual

Function called at the beginning of processing of a new run file.

int GETActarEventReader::UserRunStop ( )

virtual

Function called when the end of a run has been reached.

References GETSystem::cobo_frame_error, GETSystem::cobo_frame_read, and GETSystem::cobo_frame_recover.

int GETActarEventReader::UserUpdate ( )

virtual

Function called after the automatic incrementation of spectra (after event processing).

int GETActarEventReader::WriteSelectedEvent ( )

virtual

Function that tests the events selection filters and if the conditions are fulfilled, the events are written to the corresponding output files. The function returns 0 if no error occured.

References CloseSelectedEventsFile(), GETSystem::mfm_event_num, GETSystem::mfm_frame, OpenSelectedEventsFile(), selEventCount, selEventFileCnt, selEventFileLun, selEventFileMax, selEventFilePtr, selEventFileSub, selEventNum, selFilterName, selFilterPtr, selTxtColor, and selTxtNorm.

Referenced by IncrementSpectra().

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

GETActarEventReader.hh
GETActarEventReader.cpp

Public Member Functions

Protected Attributes

Private Member Functions

Additional Inherited Members

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Constructor & Destructor Documentation

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