#include <TTRDMuensterFrankfurtProc.h>

Inheritance diagram for TTRDMuensterFrankfurtProc:

Collaboration diagram for TTRDMuensterFrankfurtProc:

Public Member Functions
	TTRDMuensterFrankfurtProc (const char *name=0)
virtual	~TTRDMuensterFrankfurtProc ()
virtual void	InitEvent (TGo4EventElement *)
virtual void	FinalizeEvent ()
	TTRDMuensterFrankfurtProc (const char *name=0)
virtual	~TTRDMuensterFrankfurtProc ()
virtual void	InitEvent (TGo4EventElement *)
virtual void	FinalizeEvent ()
void	CancelNoise_Cova (Int_t sid, TH1 inPulse[NUM_SPADIC_CHA], TH1 outPulse[NUM_SPADIC_CHA], TSpadicData *theSpadic, bool debug)
void	PulseFitter (TH1 *Pulse, Double_t hitTime, Double_t maxAmpl, Int_t sid)
virtual Bool_t	BuildEvent (TGo4EventElement *)
virtual void	ProcessSubevent (TGo4MbsSubEvent *subevt)
Short_t	GetTriggerNumber () const
Int_t	GetEventNumber () const
Long_t	ExecuteScript (const char *script_name)
Protected Member Functions
void	AddSubProcessor (TCBMBeamtimeProc *)
Protected Attributes
TSpadicEvent *	fSpadicInputEvent
TEpicsEvent *	fEpicsInputEvent
TMbsCrateEvent *	fCrateInputEvent
TTRDMuensterFrankfurtEvent *	fOutputEvent
TBeamMonitorEvent *	fBeamEvent
TFiberHodEvent *	fHodo1
TH1 *	fSpadic_S2N
TH1 *	fSpadic_S2Ncleaned
TH1 *	fSpadic_S2Ncnt
TH1 *	fSpadic_input [MAX_SPADIC][NUM_SPADIC_CHA]
TH1 *	fSpadic_output [MAX_SPADIC][NUM_SPADIC_CHA]
TH1 *	fSpadic_ADCdistMF [MAX_SPADIC][NUM_SPADIC_CHA]
TH1 *	fSpadic_NoiseDistMF [MAX_SPADIC]
	Distribution of ADC values, for noise analysis.
TH2 *	fSpadic_NoiseDist2DMF [MAX_SPADIC]
	Noise-Distribution (RMS) of ADC distribution.
TH1 *	fSpadic_PedelPosMF [MAX_SPADIC]
TH2 *	fSpadic_PedelPos2DMF [MAX_SPADIC]
	Pedestel Position (Mean) of ADC distribution.
TH2 *	fSpadic_pi_shape2D [MAX_SPADIC]
TH1 *	fSpadic_pi_shape [MAX_SPADIC]
TH1 *	fSpadic_pi_shapeRatio [MAX_SPADIC *MAX_SPADIC]
	average shape of spadic pulses
TH1 *	fSpadic_pi_shapecnt [MAX_SPADIC]
	average shape of spadic pulses
TH2 *	fSpadic_el_shape2D [MAX_SPADIC]
	number of fills in shape
TH1 *	fSpadic_el_shape [MAX_SPADIC]
TH1 *	fSpadic_el_shapeRatio [MAX_SPADIC *MAX_SPADIC]
	average shape of spadic pulses
TH1 *	fSpadic_el_shapecnt [MAX_SPADIC]
	average shape of spadic pulses
TH1 *	fSpadic_pid [MAX_SPADIC]
	number of fills in shape
TH1 *	fSpadic_pidMixing
TH1 *	fSpadic_intens [MAX_SPADIC]
TH1 *	fSpadic_pi_intens [MAX_SPADIC]
TH1 *	fSpadic_el_intens [MAX_SPADIC]
TH1 *	fSpadic_padMax [MAX_SPADIC]
TH1 *	fSpadic_recoPos [MAX_SPADIC]
	spadic pad max profile
TH2 *	fSpadic_beamProfil [4]
TH1 *	fSpadic_statistics [MAX_SPADIC]
TH2 *	fSpadic_correlation [MAX_SPADIC *MAX_SPADIC]
	cut quality
TH2 *	fSpadic_alignment [MAX_SPADIC *MAX_SPADIC]
	correlation between spadic max pads
TH2 *	fFiberHod_x_alignment [MAX_SPADIC]
TH2 *	fFiberHod_y_alignment [MAX_SPADIC]
TH1 *	fSpadic_efficiency
TH2 *	fSpadic_2Dcorr [MAX_SPADIC]
TH1 *	fSpadic_trace_noisecorr [MAX_SPADIC][NUM_SPADIC_CHA]
	FFM: 2-D histo of noise corrected ADCs.
TH1 *	fSpadic_NbCluster [MAX_SPADIC]
	FFM: our proposel for noise correction.
TH1 *	fSpadic_Clustersize [MAX_SPADIC]
	FFM: Nb of clusters, based on noise corrected adcs.
TH1 *	fSpadic_Spectral [MAX_SPADIC]
	FFM: Size (Pads) of clusters, based on noise corrected adcs.
TH2 *	fSpadic_PRFMF [MAX_SPADIC]
	FFM: for Fe-Spectra studies.
TH2 *	fSpadic_deltaPos [4]
	prf to check for noise correction quality
TH2 *	fSpadic_MSxyHitPadplane [2]
TH2 *	fSpadic_MSxyHitplane [2]
TH2 *	fSpadic_FingerCorr [MAX_SPADIC]
TH1 *	fSpadic_maxAmplitude [MAX_SPADIC]
TH1 *	fSpadic_el_maxAmplitude [MAX_SPADIC]
TH1 *	fSpadic_pi_maxAmplitude [MAX_SPADIC]
TH1 *	fSpadic_hitTime [MAX_SPADIC]
TH1 *	fSpadic_el_hitTime [MAX_SPADIC]
TH1 *	fSpadic_pi_hitTime [MAX_SPADIC]
TGo4WinCond *	fSpadic_minAmplitudeCond [MAX_SPADIC]
TGo4WinCond *	fSpadic_minIntensCond [MAX_SPADIC]
TGo4WinCond *	fSpadic_hitTimeCond [MAX_SPADIC]
TGo4WinCond *	fSpadic_integWindow [MAX_SPADIC]
TGo4WinCond *	fSpadic_padMaxWindow [MAX_SPADIC]
TTRDMuensterFrankfurtParam *	fPar
Double_t	fEpicsMSTRD_Anode_U [MSTRDNUM]
Double_t	fEpicsMSTRD_Anode_I [MSTRDNUM]
Double_t	fEpicsMSTRD_Drift_U [MSTRDNUM]
Double_t	fEpicsMSTRD_Drift_I [MSTRDNUM]
Double_t	fEpicsMSTRD_Sus_U [MSTRDNUM]
Double_t	fEpicsMSTRD_Sus_I [MSTRDNUM]
Double_t	fEpicsMSTRD_Spa_U [MSTRDNUM]
Double_t	fEpicsMSTRD_Spa_I [MSTRDNUM]
Double_t	fEpicsMSTRD_Temp [4]
Double_t	fEpicsMSMpod00_U [MPOD00SLOT][MPOD00CHA]
Double_t	fEpicsMSMpod00_I [MPOD00SLOT][MPOD00CHA]
Double_t	fEpicsMSMpod01_U [MPOD01SLOT][MPOD01CHA]
Double_t	fEpicsMSMpod01_I [MPOD01SLOT][MPOD01CHA]
TH1 *	fEpicsMSTRD_AnodeU [MSTRDNUM]
TH1 *	fEpicsMSTRD_AnodeI [MSTRDNUM]
TH1 *	fEpicsMSTRD_DriftU [MSTRDNUM]
TH1 *	fEpicsMSTRD_DriftI [MSTRDNUM]
TH1 *	fEpicsMSTRD_SusU [MSTRDNUM]
TH1 *	fEpicsMSTRD_SusI [MSTRDNUM]
TH1 *	fEpicsMSTRD_SpaU [MSTRDNUM]
TH1 *	fEpicsMSTRD_SpaI [MSTRDNUM]
TH1 *	fEpicsMSTRD_T [4]
TH1 *	fEpicsMSMpod00_Monitor_U [MPOD01SLOT][MPOD01CHA]
TH1 *	fEpicsMSMpod00_Monitor_I [MPOD01SLOT][MPOD01CHA]
TH1 *	fEpicsMSMpod01_Monitor_U [MPOD01SLOT][MPOD01CHA]
TH1 *	fEpicsMSMpod01_Monitor_I [MPOD01SLOT][MPOD01CHA]
Double_t	fEpics_Monitor_U [8]
Double_t	fEpics_Monitor_I [8]
TH1 *	fEpics_MonitorU [8]
TH1 *	fEpics_MonitorI [8]
Double_t	fEpics_Rich_U [RICHNUM]
Double_t	fEpics_Rich_I [RICHNUM]
TH1 *	fEpics_RichU [RICHNUM]
TH1 *	fEpics_RichI [RICHNUM]
TLatex *	S2N [MAX_SPADIC]
TLatex *	E2P [MAX_SPADIC]
TLine *	one
TSpadicV10Event *	fSpadicV10InputEvent
TFiberHodEvent *	fHodo2
TF1 *	pulseFit [MAX_SPADIC]
TH1 *	fSpadic_gainConstantFit [MAX_SPADIC]
TH1 *	fSpadic_timeConstantFit [MAX_SPADIC]
TH1 *	fSpadic_delayFit [MAX_SPADIC]
TH1 *	fSpadic_baselineFit [MAX_SPADIC]
TH1 *	fSpadic_chiSquareFit [MAX_SPADIC]
TH1 *	fSpadic_baseline [MAX_SPADIC][NUM_SPADIC_CHA]
TH1 *	fSpadic_CorrMatrix [MAX_SPADIC][NUM_SPADIC_CHA]
TH2 *	fSpadic_CorrMatrix_hitTime [MAX_SPADIC][NUM_SPADIC_CHA]
TH2 *	fSpadic_CorrMatrix_maxAmpl [MAX_SPADIC][NUM_SPADIC_CHA]
TH1 *	fSpadic_intens_3pad [MAX_SPADIC]
TH1 *	fSpadic_pi_intens_over [MAX_SPADIC]
TH1 *	fSpadic_pi_intens_under [MAX_SPADIC]
TH1 *	fSpadic_el_intens_over [MAX_SPADIC]
TH1 *	fSpadic_el_intens_under [MAX_SPADIC]
TH1 *	fSpadic_intens_el_00
TH1 *	fSpadic_intens_el_01
TH1 *	fSpadic_intens_el_10
TH1 *	fSpadic_intens_el_11
TH1 *	fSpadic_intens_el_left
TH1 *	fSpadic_intens_el_right
TH2 *	fFiberHod1_2_x_alignment
TH2 *	fFiberHod1_2_y_alignment
TH2 *	fFiberHod1_2_dx_vs_x_alignment
TH2 *	fFiberHod1_2_dy_vs_y_alignment
TH2 *	fFiberHod1_x_alignment [MAX_SPADIC]
TH2 *	fFiberHod1_y_alignment [MAX_SPADIC]
TH2 *	fFiberHod2_x_alignment [MAX_SPADIC]
TH2 *	fFiberHod2_y_alignment [MAX_SPADIC]
TH2 *	fSpadic_hitTime_maxAmplitude [MAX_SPADIC]
TH2 *	fSpadic_hitTime_position [MAX_SPADIC]
TH2 *	fSpadic_hitTime_Hodo1Yposition [MAX_SPADIC]
TH2 *	fSpadic_hitTime_Hodo2Yposition [MAX_SPADIC]
TH2 *	fSpadic_hitTime_Hodo1Xposition [MAX_SPADIC]
TH2 *	fSpadic_hitTime_Hodo2Xposition [MAX_SPADIC]
TH2 *	fSpadic_overflow_Hodo1position [MAX_SPADIC]
TH2 *	fSpadic_overflow_Hodo2position [MAX_SPADIC]
TGo4WinCond *	fSpadic_corrMatrixWindow [MAX_SPADIC][NUM_SPADIC_CHA]
TH1 *	fSpadicV10_input [MAX_SPADICV10][MAX_SPADICV10CHANNELS]
Double_t	fEpicsTrdGasFlow
Double_t	fEpicsTrdIntegGasFlow
TH1 *	fEpics_TrdGasFlowMonitor
TH1 *	fEpics_TrdIntegGasFlowMonitor
TCBMBeamtimeEvent *	fBeamtimeEvent
TGo4MbsEvent *	fMbsInput
Short_t	fMbsTriggerNumber
Int_t	fMbsEventNumber

Detailed Description

Definition at line 22 of file TTRDMuensterFrankfurtProc.h.

Constructor & Destructor Documentation

TTRDMuensterFrankfurtProc::TTRDMuensterFrankfurtProc ( const char * name = 0 )

Definition at line 21 of file TTRDMuensterFrankfurtProc.cxx.

References fEpics_MonitorI, fEpics_MonitorU, fEpics_Rich_I, fEpics_Rich_U, fEpics_RichI, fEpics_RichU, fEpicsMSMpod00_Monitor_I, fEpicsMSMpod00_Monitor_U, fEpicsMSMpod01_Monitor_I, fEpicsMSMpod01_Monitor_U, fEpicsMSTRD_Anode_I, fEpicsMSTRD_Anode_U, fEpicsMSTRD_AnodeI, fEpicsMSTRD_AnodeU, fEpicsMSTRD_Drift_I, fEpicsMSTRD_Drift_U, fEpicsMSTRD_DriftI, fEpicsMSTRD_DriftU, fEpicsMSTRD_Spa_I, fEpicsMSTRD_Spa_U, fEpicsMSTRD_SpaI, fEpicsMSTRD_SpaU, fEpicsMSTRD_Sus_I, fEpicsMSTRD_Sus_U, fEpicsMSTRD_SusI, fEpicsMSTRD_SusU, fEpicsMSTRD_T, fEpicsMSTRD_Temp, fFiberHod_x_alignment, fFiberHod_y_alignment, TTRDMuensterFrankfurtParam::fPadwidth, fPar, fSpadic_ADCdistMF, fSpadic_alignment, fSpadic_beamProfil, fSpadic_correlation, fSpadic_deltaPos, fSpadic_efficiency, fSpadic_el_hitTime, fSpadic_el_intens, fSpadic_el_maxAmplitude, fSpadic_el_shape, fSpadic_el_shape2D, fSpadic_el_shapecnt, fSpadic_el_shapeRatio, fSpadic_FingerCorr, fSpadic_hitTime, fSpadic_hitTimeCond, fSpadic_input, fSpadic_integWindow, fSpadic_intens, fSpadic_maxAmplitude, fSpadic_minAmplitudeCond, fSpadic_minIntensCond, fSpadic_MSxyHitPadplane, fSpadic_MSxyHitplane, fSpadic_NoiseDist2DMF, fSpadic_NoiseDistMF, fSpadic_output, fSpadic_padMax, fSpadic_padMaxWindow, fSpadic_PedelPos2DMF, fSpadic_PedelPosMF, fSpadic_pi_hitTime, fSpadic_pi_intens, fSpadic_pi_maxAmplitude, fSpadic_pi_shape, fSpadic_pi_shape2D, fSpadic_pi_shapecnt, fSpadic_pi_shapeRatio, fSpadic_pid, fSpadic_pidMixing, fSpadic_PRFMF, fSpadic_recoPos, fSpadic_S2N, fSpadic_S2Ncleaned, fSpadic_S2Ncnt, fSpadic_statistics, MPOD00CHA, MPOD01CHA, NUM_SPADIC_CHA, one, TTRDMuensterFrankfurtParam::reSortSusibo, S2N, SbMap, SpaPosMap, SpMap, StMap, SuMap, and USED_SPADIC.

TTRDMuensterFrankfurtProc::~TTRDMuensterFrankfurtProc ( ) [virtual]

Definition at line 1360 of file TTRDMuensterFrankfurtProc.cxx.

TTRDMuensterFrankfurtProc::TTRDMuensterFrankfurtProc ( const char * name = 0 )

virtual TTRDMuensterFrankfurtProc::~TTRDMuensterFrankfurtProc ( ) [virtual]

Member Function Documentation

void TCBMBeamtimeProc::AddSubProcessor ( TCBMBeamtimeProc * proc ) [protected, inherited]

Definition at line 41 of file TCBMBeamtimeProc.cxx.

References TCBMBeamtimeProc::fSubProcessors.

Referenced by TCernGem12DetectorProc::TCernGem12DetectorProc(), TCernGem12FinalProc::TCernGem12FinalProc(), TCernGem12UnpackProc::TCernGem12UnpackProc(), TCernOct11DetectorProc::TCernOct11DetectorProc(), TCernOct11UnpackProc::TCernOct11UnpackProc(), TCernOct12DetectorProc::TCernOct12DetectorProc(), TCernOct12FinalProc::TCernOct12FinalProc(), TCernOct12UnpackProc::TCernOct12UnpackProc(), TCosyJan12DetectorProc::TCosyJan12DetectorProc(), TCosyJan12FinalProc::TCosyJan12FinalProc(), TCosyJan12UnpackProc::TCosyJan12UnpackProc(), TCosyNov11DetectorProc::TCosyNov11DetectorProc(), TCosyNov11UnpackProc::TCosyNov11UnpackProc(), TGsiAug12CalibrationProc::TGsiAug12CalibrationProc(), TGsiAug12DetectorProc::TGsiAug12DetectorProc(), TGsiAug12OutputProc::TGsiAug12OutputProc(), TGsiAug12TrackingProc::TGsiAug12TrackingProc(), TGsiAug12UnpackProc::TGsiAug12UnpackProc(), TLaserTest12DetectorProc::TLaserTest12DetectorProc(), and TLaserTest12UnpackProc::TLaserTest12UnpackProc().

Bool_t TCBMBeamtimeProc::BuildEvent ( TGo4EventElement * outevnt ) [virtual, inherited]

Reimplemented in TCernNov10Proc, TCosyDec10Proc, TRocProc, and TSpadicProc.

Definition at line 52 of file TCBMBeamtimeProc.cxx.

References TCBMBeamtimeProc::fBeamtimeEvent, TCBMBeamtimeProc::FinalizeEvent(), TCBMBeamtimeProc::fMbsEventNumber, TCBMBeamtimeProc::fMbsInput, TCBMBeamtimeProc::fMbsTriggerNumber, TCBMBeamtimeProc::fProcIterator, TCBMBeamtimeProc::InitEvent(), and TCBMBeamtimeProc::ProcessSubevent().

void TTRDMuensterFrankfurtProc::CancelNoise_Cova	(	Int_t	sid,
		TH1 *	inPulse[NUM_SPADIC_CHA],
		TH1 *	outPulse[NUM_SPADIC_CHA],
		TSpadicData *	theSpadic,
		bool	debug
	)