[u/mrichter/AliRoot.git] / ITS / AliITSHandleDaSSD.h

#ifndef ALIITSHANDLEDASSD_H
#define ALIITSHANDLEDASSD_H

/* Copyright(c) 2007-2009, ALICE Experiment at CERN, All rights reserved. *
 * See cxx source for full Copyright notice                               */
/*                                                                        */
/* $Id$ */

#include <string>
#include "TObject.h"
#include "TArrayS.h"
#include "AliITSModuleDaSSD.h"
#include "AliITSBadChannelsSSDv2.h"
#include "AliITSNoiseSSDv2.h"

///////////////////////////////////////////////////////////////////////////////
///
/// This class provides ITS SSD data handling
/// used by DA. 
//  Author: Oleksandr Borysov
//  Date: 09/02/2010
///////////////////////////////////////////////////////////////////////////////

using namespace std;

class AliITSHandleDaSSD : public TObject {
  public :
    AliITSHandleDaSSD();
    explicit AliITSHandleDaSSD(Char_t *rdfname);
    AliITSHandleDaSSD(const AliITSHandleDaSSD& ssdadldc);
    AliITSHandleDaSSD& operator = (const AliITSHandleDaSSD& ssdadldc);
    virtual ~AliITSHandleDaSSD();

    virtual Bool_t Init(Char_t *rdfname);
    Bool_t  SetRawFileName (Char_t *rdfname) {return Init(rdfname); }

    void    SetZsDefaul(const Int_t zs)        { fZsDefault = zs;       }
    void    SetOffsetDefault(const Int_t offs) { fOffsetDefault = offs; }
    void    SetZsMinimum(const Int_t zsm)      { if (zsm >= 0) if (static_cast<UInt_t>(zsm) <= fgkZsBitMask) fZsMinimum = zsm; }
    void    SetMergeBCFlag(const Byte_t mbcf)  { fMergeBCLists = mbcf;  }
    void    SetZsFactor(const Float_t zsf)     { fZsFactor = zsf;       }
    void    SetPedestalThresholdFactor(const Float_t pthf) { fPedestalThresholdFactor = pthf; }
    void    SetCmThresholdFactor(const Float_t cmthf)      { fCmThresholdFactor = cmthf;      }
    void    SetALaddersOff(const Int_t n, const Short_t *allist) { fALaddersOff.Set(n, allist); }
    void    SetCLaddersOff(const Int_t n, const Short_t *cllist) { fCLaddersOff.Set(n, cllist); }
    void    SetLaddersOff(const Int_t na, const Short_t *allist, const Int_t nc, const Short_t *cllist) 
                          { SetALaddersOff(na, allist); SetCLaddersOff(nc, cllist); }

    Int_t   GetNumberOfEvents() const  { return fNumberOfEvents; }
    Int_t   GetZsDefault() const       { return fZsDefault;     }
    Int_t   GetOffsetDefault() const   { return fOffsetDefault; }
    Float_t GetZsFactor() const        { return fZsFactor;      }
    Int_t   GetZsMinimum() const       { return fZsMinimum;     }
    Bool_t  GetMergeBCFlag() const     { return static_cast<Bool_t>(fMergeBCLists); }
    Float_t GetPedestalThresholdFactor() const { return fPedestalThresholdFactor; }
    Float_t GetCmThresholdFactor() const       { return fCmThresholdFactor;       }
    TArrayS GetALaddersOff () const { return fALaddersOff; }
    TArrayS GetCLaddersOff () const { return fCLaddersOff; }
    Int_t   GetEqIndex(const Short_t eq) const { for(Int_t i = 0; i < fEqIndex.GetSize(); i++) if (eq == fEqIndex.At(i)) return i; return -1; }
        
    Int_t              GetNumberOfModules() const { return fNumberOfModules; }
    UInt_t             GetLdcId() const { return fLdcId; }
    UInt_t             GetRunId() const { return fRunId; }
    AliITSModuleDaSSD* GetModule (const UChar_t ddlID, const UChar_t ad, const UChar_t adc) const;
    AliITSModuleDaSSD* GetModule (const Int_t index) const 
                               {if ((fModules) && (index < fNumberOfModules)) return fModules[index]; else return NULL;}
    Int_t GetModuleIndex (const UChar_t ddlID, const UChar_t ad, const UChar_t adc) const;
    AliITSChannelDaSSD*    GetStrip (const UChar_t ddlID, const UChar_t ad, const UChar_t adc, const UShort_t stripID) const;
    AliITSNoiseSSDv2*        GetCalibrationOCDBNoise()  const;
    AliITSBadChannelsSSDv2*  GetCalibrationBadChannels() const;
    Bool_t      SaveCalibrationSSDLDC(Char_t*& dafname);
    Int_t       MergeBadChannels(AliITSBadChannelsSSDv2*& bcl) const;    
    
    void    SetModIndProcessed(Int_t mi) {fModIndProcessed = mi;}
    void    SetModIndRead (Int_t mr)  {fModIndRead = mr;}
    Bool_t  SetNumberOfModules (const Int_t numberofmodules);
    Bool_t  SetModule(AliITSModuleDaSSD *const module, const Int_t index); 
    virtual Bool_t  ReadStaticBadChannelsMap(const Char_t *filename = NULL);  
    virtual Bool_t  ReadDDLModuleMap(const Char_t *filename = NULL);  
    Int_t   ReadCalibrationDataFile (char* fileName, const Long_t eventsnumber);
    virtual Int_t   ReadModuleRawData (const Int_t modulesnumber);  

    virtual Bool_t  CalculatePedestal(AliITSModuleDaSSD *const module);
    virtual Bool_t  CalculateNoise(AliITSModuleDaSSD *const module);
    virtual Bool_t  CalculateNoiseCM(AliITSModuleDaSSD *const module);
    virtual Bool_t  CalculateCM(AliITSModuleDaSSD *const module);
    virtual Bool_t  CalculatePedNoiseW(AliITSModuleDaSSD *const module);
    virtual Bool_t  CalculateCMW(AliITSModuleDaSSD *const module);
    virtual Bool_t  CalculateNoiseCMW(AliITSModuleDaSSD *const module);
    virtual Bool_t  AddFeromCm(AliITSModuleDaSSD *const module);
    virtual Bool_t  ProcessRawData(const Int_t nmread = fgkNumberOfSSDModulesPerDdl,  const Bool_t usewelford = kTRUE);
    virtual Bool_t  RelocateModules();
    virtual Bool_t  AllocateSimulatedModules(const Int_t copymodind = 0);

    Bool_t  AdDataPresent(const Int_t ddl, const Int_t ad) const;
    Int_t   DdlToEquipmentId (Int_t ddl) const { return (512 + ddl); }
    Int_t   ChannelIsBad(const UChar_t ddl, const UChar_t ad, const UChar_t adc, const Int_t strn) const;
    UChar_t EvaluateIfChannelIsBad(const AliITSModuleDaSSD *const module, const Int_t stripn) const;
    Int_t   LadderIsOff(const UChar_t ddl, const UChar_t ad, const UChar_t adc) const;
    Bool_t  SaveEqSlotCalibrationData(const Int_t ddl, const Int_t ad, const Char_t *fname) const;
    ULong_t OffsetValue(const AliITSChannelDaSSD *strip, const UChar_t ddl = 0, const UChar_t ad = 0, 
                                 const UChar_t adc = 0, const Int_t strn = -1) const;
    ULong_t OffsetValue(const UChar_t ddl, const UChar_t ad, const UChar_t adc, const Int_t strn) const;
    ULong_t ZsThreshold(AliITSChannelDaSSD *strip) const;
    ULong_t ZsThreshold(const UChar_t ddl, const UChar_t ad, const UChar_t adc, const Int_t strn) const;
    
    virtual void    Reset();
    virtual Short_t RetrieveModuleId(const UChar_t ddlID, const UChar_t ad, const UChar_t adc) const;
    Bool_t  DumpModInfo(const Float_t meannosethreshold) const;
    Bool_t  PrintModCalibrationData(const UChar_t ddlID, const UChar_t ad, const UChar_t adc, const Char_t *fname = NULL) const;
    Int_t   CheckOffChips() const;
    void    DumpInitData(const Char_t *str = "") const;
    void    DeleteSignalAll() { if (fModules) for (Int_t i = 0; i < fNumberOfModules; i++) if (fModules[i]) fModules[i]->DeleteSignal();}
    void    DeleteSignal() { if (fModules) for (Int_t i = fModIndProcessed; i < fModIndRead; i++) if (fModules[i]) fModules[i]->DeleteSignal();}
    void    DeleteCMAll() { if (fModules) for (Int_t i = 0; i < fNumberOfModules; i++) if (fModules[i]) fModules[i]->DeleteCM();}
    void    DeleteCM() { if (fModules) for (Int_t i = fModIndProcessed; i < fModIndRead; i++) if (fModules[i]) fModules[i]->DeleteCM();}
    void    DeleteCMFerom() { if (fModules) for (Int_t i = fModIndProcessed; i < fModIndRead; i++) if (fModules[i]) fModules[i]->DeleteCMFerom ();}

    static Int_t GetNumberOfSSDModulesConst() { return fgkNumberOfSSDModules; }

  protected :

    static const Int_t    fgkNumberOfSSDModules ;        // Number of SSD modules in ITS
    static const Int_t    fgkNumberOfSSDModulesPerDdl;   // Number of SSD modules in DDL
    static const Int_t    fgkNumberOfSSDModulesPerSlot;  // Number of SSD modules in Slot
    static const Short_t  fgkMinSSDModuleId;             // Initial SSD modules number
    static const Int_t    fgkNumberOfSSDDDLs;            // Number of DDLs in SSD
    static const Int_t    fgkNumberOfSSDSlotsPerDDL;     // Number of SSD slots per DDL
    static const Float_t  fgkPedestalThresholdFactor;    // Defalt value for fPedestalThresholdFactor 
    static const Float_t  fgkCmThresholdFactor;          // Defalt value for fCmThresholdFactor 
   
    static const UInt_t   fgkZsBitMask ;           // Bit mask for FEROM ZS
    static const UInt_t   fgkOffSetBitMask;        // Bit mask for FEROM Offset correction
    static const UInt_t   fgkBadChannelMask;       // Mask to suppress the channel from the bad channel list
    static const Int_t    fgkAdcPerDBlock;         // FEROM configuration file constant
     
    Char_t               *fRawDataFileName;       // Name of the file with raw data
    Int_t                 fNumberOfModules;       // number of AliITSModuleDaSSD to allocate
    AliITSModuleDaSSD   **fModules;               //[fNumberOfModules] array of pointer on AliITSModuleDaSSD objects (1698 SSD  Modules)
    Int_t                 fModIndProcessed;       //! index of the last module in fModules array with processed data
    Int_t                 fModIndRead;            //! index of the last module in fModules array with adc data present (read)
    Int_t                *fModIndex;              //! index array for fModules
    TArrayS               fEqIndex;               //! index array of equipmnts (DDLs).
    Long_t                fNumberOfEvents;        // Number of physics or calibration events in raw data file fRawDataFileName

    AliITSBadChannelsSSDv2 *fBadChannelsList;       //! List of bad channels: static or created on base of calculated noise and pedestal
    Int_t                *fDDLModuleMap;          //! DDL map  
    TArrayS               fALaddersOff;           //! Lisst of ladders of side A that are off and should be suppressed
    TArrayS               fCLaddersOff;           //! Lisst of ladders of side C that are off and should be suppressed
    
    UInt_t                fLdcId;                 //  LDC number, read from header
    UInt_t                fRunId;                 //  Run number, read from header

    Float_t         fPedestalThresholdFactor;        // configuration parameter: ThresholdFactor for pedestal calculation 
    Float_t         fCmThresholdFactor;              // configuration parameter: ThresholdFactor for CM calculation 
    Int_t           fZsDefault;                      // default value for ZS threshold
    Int_t           fOffsetDefault;                  // default value for offset correction
    Int_t           fZsMinimum;                      // minimum value for ZS threshold
    Byte_t          fMergeBCLists;                   // Flag, if it is not zero the static bad channels list is merged with dynamic one
    Float_t         fZsFactor;                       // zs factor 3.0
    
  protected :
    Bool_t   SignalOutOfRange (const Short_t signal) const { return ((signal >= AliITSChannelDaSSD::GetOverflowConst()) || 
                                                                     (signal <= AliITSChannelDaSSD::GetUnderflowConst())); }
    string   ConvBase(const unsigned long value, const long base) const;

    ClassDef(AliITSHandleDaSSD, 8)

};

#endif
Commit	Line	Data
f67db810	1	#ifndef ALIITSHANDLEDASSD_H
	2	#define ALIITSHANDLEDASSD_H
	3
223dda26	4	/* Copyright(c) 2007-2009, ALICE Experiment at CERN, All rights reserved. *
	5	* See cxx source for full Copyright notice */
	6	/* */
371588bb	7	/* $Id$ */
f67db810	8
be4f467e	9	#include <string>
223dda26	10	#include "TObject.h"
61a57d07	11	#include "TArrayS.h"
f67db810	12	#include "AliITSModuleDaSSD.h"
88128115	13	#include "AliITSBadChannelsSSDv2.h"
88128115	14	#include "AliITSNoiseSSDv2.h"
f67db810	15
223dda26	16	///////////////////////////////////////////////////////////////////////////////
	17	///
	18	/// This class provides ITS SSD data handling
	19	/// used by DA.
2e2c6def	20	// Author: Oleksandr Borysov
d86972f6	21	// Date: 09/02/2010
223dda26	22	///////////////////////////////////////////////////////////////////////////////
223dda26	23
be4f467e	24	using namespace std;
be4f467e	25
f67db810	26	class AliITSHandleDaSSD : public TObject {
	27	public :
	28	AliITSHandleDaSSD();
c4d90345	29	explicit AliITSHandleDaSSD(Char_t *rdfname);
f67db810	30	AliITSHandleDaSSD(const AliITSHandleDaSSD& ssdadldc);
	31	AliITSHandleDaSSD& operator = (const AliITSHandleDaSSD& ssdadldc);
	32	virtual ~AliITSHandleDaSSD();
	33
be4f467e	34	virtual Bool_t Init(Char_t *rdfname);
c4d90345	35	Bool_t SetRawFileName (Char_t *rdfname) {return Init(rdfname); }
f67db810	36
61a57d07	37	void SetZsDefaul(const Int_t zs) { fZsDefault = zs; }
61a57d07	38	void SetOffsetDefault(const Int_t offs) { fOffsetDefault = offs; }
d86972f6	39	void SetZsMinimum(const Int_t zsm) { if (zsm >= 0) if (static_cast<UInt_t>(zsm) <= fgkZsBitMask) fZsMinimum = zsm; }
61a57d07	40	void SetMergeBCFlag(const Byte_t mbcf) { fMergeBCLists = mbcf; }
	41	void SetZsFactor(const Float_t zsf) { fZsFactor = zsf; }
	42	void SetPedestalThresholdFactor(const Float_t pthf) { fPedestalThresholdFactor = pthf; }
	43	void SetCmThresholdFactor(const Float_t cmthf) { fCmThresholdFactor = cmthf; }
	44	void SetALaddersOff(const Int_t n, const Short_t *allist) { fALaddersOff.Set(n, allist); }
	45	void SetCLaddersOff(const Int_t n, const Short_t *cllist) { fCLaddersOff.Set(n, cllist); }
	46	void SetLaddersOff(const Int_t na, const Short_t allist, const Int_t nc, const Short_t cllist)
	47	{ SetALaddersOff(na, allist); SetCLaddersOff(nc, cllist); }
	48
	49	Int_t GetNumberOfEvents() const { return fNumberOfEvents; }
	50	Int_t GetZsDefault() const { return fZsDefault; }
	51	Int_t GetOffsetDefault() const { return fOffsetDefault; }
	52	Float_t GetZsFactor() const { return fZsFactor; }
	53	Int_t GetZsMinimum() const { return fZsMinimum; }
	54	Bool_t GetMergeBCFlag() const { return static_cast<Bool_t>(fMergeBCLists); }
be4f467e	55	Float_t GetPedestalThresholdFactor() const { return fPedestalThresholdFactor; }
be4f467e	56	Float_t GetCmThresholdFactor() const { return fCmThresholdFactor; }
61a57d07	57	TArrayS GetALaddersOff () const { return fALaddersOff; }
	58	TArrayS GetCLaddersOff () const { return fCLaddersOff; }
	59	Int_t GetEqIndex(const Short_t eq) const { for(Int_t i = 0; i < fEqIndex.GetSize(); i++) if (eq == fEqIndex.At(i)) return i; return -1; }
	60
c4d90345	61	Int_t GetNumberOfModules() const { return fNumberOfModules; }
	62	UInt_t GetLdcId() const { return fLdcId; }
	63	UInt_t GetRunId() const { return fRunId; }
f67db810	64	AliITSModuleDaSSD* GetModule (const UChar_t ddlID, const UChar_t ad, const UChar_t adc) const;
	65	AliITSModuleDaSSD* GetModule (const Int_t index) const
	66	{if ((fModules) && (index < fNumberOfModules)) return fModules[index]; else return NULL;}
c4d90345	67	Int_t GetModuleIndex (const UChar_t ddlID, const UChar_t ad, const UChar_t adc) const;
61a57d07	68	AliITSChannelDaSSD* GetStrip (const UChar_t ddlID, const UChar_t ad, const UChar_t adc, const UShort_t stripID) const;
88128115	69	AliITSNoiseSSDv2* GetCalibrationOCDBNoise() const;
88128115	70	AliITSBadChannelsSSDv2* GetCalibrationBadChannels() const;
61a57d07	71	Bool_t SaveCalibrationSSDLDC(Char_t*& dafname);
88128115	72	Int_t MergeBadChannels(AliITSBadChannelsSSDv2*& bcl) const;
f67db810	73
c4d90345	74	void SetModIndProcessed(Int_t mi) {fModIndProcessed = mi;}
c4d90345	75	void SetModIndRead (Int_t mr) {fModIndRead = mr;}
f67db810	76	Bool_t SetNumberOfModules (const Int_t numberofmodules);
f67db810	77	Bool_t SetModule(AliITSModuleDaSSD *const module, const Int_t index);
6e7691a5	78	virtual Bool_t ReadStaticBadChannelsMap(const Char_t *filename = NULL);
6e7691a5	79	virtual Bool_t ReadDDLModuleMap(const Char_t *filename = NULL);
371588bb	80	Int_t ReadCalibrationDataFile (char* fileName, const Long_t eventsnumber);
61a57d07	81	virtual Int_t ReadModuleRawData (const Int_t modulesnumber);
c4d90345	82
c4d90345	83	virtual Bool_t CalculatePedestal(AliITSModuleDaSSD *const module);
a69c8ba0	84	virtual Bool_t CalculateNoise(AliITSModuleDaSSD *const module);
c4d90345	85	virtual Bool_t CalculateNoiseCM(AliITSModuleDaSSD *const module);
c4d90345	86	virtual Bool_t CalculateCM(AliITSModuleDaSSD *const module);
d86972f6	87	virtual Bool_t CalculatePedNoiseW(AliITSModuleDaSSD *const module);
	88	virtual Bool_t CalculateCMW(AliITSModuleDaSSD *const module);
	89	virtual Bool_t CalculateNoiseCMW(AliITSModuleDaSSD *const module);
371588bb	90	virtual Bool_t AddFeromCm(AliITSModuleDaSSD *const module);
d86972f6	91	virtual Bool_t ProcessRawData(const Int_t nmread = fgkNumberOfSSDModulesPerDdl, const Bool_t usewelford = kTRUE);
c4d90345	92	virtual Bool_t RelocateModules();
c4d90345	93	virtual Bool_t AllocateSimulatedModules(const Int_t copymodind = 0);
be4f467e	94
	95	Bool_t AdDataPresent(const Int_t ddl, const Int_t ad) const;
	96	Int_t DdlToEquipmentId (Int_t ddl) const { return (512 + ddl); }
	97	Int_t ChannelIsBad(const UChar_t ddl, const UChar_t ad, const UChar_t adc, const Int_t strn) const;
d86972f6	98	UChar_t EvaluateIfChannelIsBad(const AliITSModuleDaSSD *const module, const Int_t stripn) const;
61a57d07	99	Int_t LadderIsOff(const UChar_t ddl, const UChar_t ad, const UChar_t adc) const;
be4f467e	100	Bool_t SaveEqSlotCalibrationData(const Int_t ddl, const Int_t ad, const Char_t *fname) const;
	101	ULong_t OffsetValue(const AliITSChannelDaSSD *strip, const UChar_t ddl = 0, const UChar_t ad = 0,
	102	const UChar_t adc = 0, const Int_t strn = -1) const;
	103	ULong_t OffsetValue(const UChar_t ddl, const UChar_t ad, const UChar_t adc, const Int_t strn) const;
	104	ULong_t ZsThreshold(AliITSChannelDaSSD *strip) const;
	105	ULong_t ZsThreshold(const UChar_t ddl, const UChar_t ad, const UChar_t adc, const Int_t strn) const;
	106
c4d90345	107	virtual void Reset();
	108	virtual Short_t RetrieveModuleId(const UChar_t ddlID, const UChar_t ad, const UChar_t adc) const;
	109	Bool_t DumpModInfo(const Float_t meannosethreshold) const;
	110	Bool_t PrintModCalibrationData(const UChar_t ddlID, const UChar_t ad, const UChar_t adc, const Char_t *fname = NULL) const;
61a57d07	111	Int_t CheckOffChips() const;
c4d90345	112	void DumpInitData(const Char_t *str = "") const;
	113	void DeleteSignalAll() { if (fModules) for (Int_t i = 0; i < fNumberOfModules; i++) if (fModules[i]) fModules[i]->DeleteSignal();}
	114	void DeleteSignal() { if (fModules) for (Int_t i = fModIndProcessed; i < fModIndRead; i++) if (fModules[i]) fModules[i]->DeleteSignal();}
a69c8ba0	115	void DeleteCMAll() { if (fModules) for (Int_t i = 0; i < fNumberOfModules; i++) if (fModules[i]) fModules[i]->DeleteCM();}
a69c8ba0	116	void DeleteCM() { if (fModules) for (Int_t i = fModIndProcessed; i < fModIndRead; i++) if (fModules[i]) fModules[i]->DeleteCM();}
371588bb	117	void DeleteCMFerom() { if (fModules) for (Int_t i = fModIndProcessed; i < fModIndRead; i++) if (fModules[i]) fModules[i]->DeleteCMFerom ();}
f67db810	118
	119	static Int_t GetNumberOfSSDModulesConst() { return fgkNumberOfSSDModules; }
	120
	121	protected :
be4f467e	122
c4d90345	123	static const Int_t fgkNumberOfSSDModules ; // Number of SSD modules in ITS
2e2c6def	124	static const Int_t fgkNumberOfSSDModulesPerDdl; // Number of SSD modules in DDL
2e2c6def	125	static const Int_t fgkNumberOfSSDModulesPerSlot; // Number of SSD modules in Slot
61a57d07	126	static const Short_t fgkMinSSDModuleId; // Initial SSD modules number
6e7691a5	127	static const Int_t fgkNumberOfSSDDDLs; // Number of DDLs in SSD
be4f467e	128	static const Int_t fgkNumberOfSSDSlotsPerDDL; // Number of SSD slots per DDL
c4d90345	129	static const Float_t fgkPedestalThresholdFactor; // Defalt value for fPedestalThresholdFactor
c4d90345	130	static const Float_t fgkCmThresholdFactor; // Defalt value for fCmThresholdFactor
be4f467e	131
	132	static const UInt_t fgkZsBitMask ; // Bit mask for FEROM ZS
	133	static const UInt_t fgkOffSetBitMask; // Bit mask for FEROM Offset correction
	134	static const UInt_t fgkBadChannelMask; // Mask to suppress the channel from the bad channel list
	135	static const Int_t fgkAdcPerDBlock; // FEROM configuration file constant
	136
61a57d07	137	Char_t *fRawDataFileName; // Name of the file with raw data
	138	Int_t fNumberOfModules; // number of AliITSModuleDaSSD to allocate
	139	AliITSModuleDaSSD **fModules; //[fNumberOfModules] array of pointer on AliITSModuleDaSSD objects (1698 SSD Modules)
	140	Int_t fModIndProcessed; //! index of the last module in fModules array with processed data
	141	Int_t fModIndRead; //! index of the last module in fModules array with adc data present (read)
	142	Int_t *fModIndex; //! index array for fModules
	143	TArrayS fEqIndex; //! index array of equipmnts (DDLs).
	144	Long_t fNumberOfEvents; // Number of physics or calibration events in raw data file fRawDataFileName
	145
88128115	146	AliITSBadChannelsSSDv2 *fBadChannelsList; //! List of bad channels: static or created on base of calculated noise and pedestal
61a57d07	147	Int_t *fDDLModuleMap; //! DDL map
	148	TArrayS fALaddersOff; //! Lisst of ladders of side A that are off and should be suppressed
	149	TArrayS fCLaddersOff; //! Lisst of ladders of side C that are off and should be suppressed
c4d90345	150
61a57d07	151	UInt_t fLdcId; // LDC number, read from header
61a57d07	152	UInt_t fRunId; // Run number, read from header
f67db810	153
be4f467e	154	Float_t fPedestalThresholdFactor; // configuration parameter: ThresholdFactor for pedestal calculation
	155	Float_t fCmThresholdFactor; // configuration parameter: ThresholdFactor for CM calculation
	156	Int_t fZsDefault; // default value for ZS threshold
	157	Int_t fOffsetDefault; // default value for offset correction
61a57d07	158	Int_t fZsMinimum; // minimum value for ZS threshold
61a57d07	159	Byte_t fMergeBCLists; // Flag, if it is not zero the static bad channels list is merged with dynamic one
be4f467e	160	Float_t fZsFactor; // zs factor 3.0
61a57d07	161
be4f467e	162	protected :
61a57d07	163	Bool_t SignalOutOfRange (const Short_t signal) const { return ((signal >= AliITSChannelDaSSD::GetOverflowConst()) \|\|
61a57d07	164	(signal <= AliITSChannelDaSSD::GetUnderflowConst())); }
be4f467e	165	string ConvBase(const unsigned long value, const long base) const;
f67db810	166
d86972f6	167	ClassDef(AliITSHandleDaSSD, 8)
f67db810	168
	169	};
	170
	171	#endif
d86972f6	172