BrSiDigModule

class description - source file - inheritance tree

class BrSiDigModule : public BrModule


    public:

                  BrSiDigModule BrSiDigModule()
                  BrSiDigModule BrSiDigModule(const Char_t* Name, const Char_t* Title)
                  BrSiDigModule BrSiDigModule(BrSiDigModule&)
                   virtual void ~BrSiDigModule()
                 static TClass* Class()
                   virtual void DefineHistograms()
              BrDetectorVolume* DetectorVolume()
                   virtual void Event(BrEventNode* inputTable, BrEventNode* outputTable)
      virtual BrDetectorVolume* GetDetectorVolume() const
        virtual BrSiParameters* GetSiParameters() const
                   virtual void Init()
                virtual TClass* IsA() const
                           void ListDetectorParameters() const
                   virtual void Print(Option_t* option = "B") const
                   virtual void ShowMembers(TMemberInspector& insp, char* parent)
                   virtual void Streamer(TBuffer& b)
                           void StreamerNVirtual(TBuffer& b)
                   virtual void UseCalibrations(Bool_t use = kFALSE)

Data Members


    protected:

      BrMultTmpCalibration* fCalibration           
                     Bool_t fUseCalibrations       
          BrDetectorVolume* fVolumeParams          ! volume information
            BrSiParameters* fDetectorParams        ! parameter information
                      Int_t GeantFERATable[36]     hole the channel
                      TH2D* fSingleVsHits          
                      TH2D* fSingleVsEnergy        
                      TH2D* fSingleVsEnergyPerHit  
                      TH2D* fSingleVsAdc           
                      TH2D* fSingleVsAdcPerHit

Class Description

      BrSiDigModule

 Digitisation Module class for Silicon wafers. You have the
 option to use calibrations rather than the ASCII file parameters.
 Set UseCalibrations to kTRUE.

BrSiDigModule(void)

 default Constructor. Don't use this one. Only here for IO

BrSiDigModule(const Char_t *name, const Char_t *title) :BrModule(name,title)

 Normal Named constructor

~BrSiDigModule(void)

 Destructor

void Init(void)

 Initialize entry point. This is not called at creation time but
 this would be a good place to setup histograms, statistics
 variables etc.  This could also be done at the time of the
 constructor. This might likely be more usefull since one has the
 opportunity to setup variables before this call (e.g. detector
 parameters or alike).

 open a file for detector location to adc location conversion

void DefineHistograms()

void Event(BrEventNode* inNode, BrEventNode* outNode)

 Event method to be called once per event.
 This performes the actual slow simulation
 of the hits on the MultSi.

 Description of method:
 Each tile can in fact be hit by multiple hits
 1) First a loop over all hits is made to see how many
    hits there are per waifer. If the is only a single (charged)
    hit The adc value is calculated from the de/dx.
 2) For multiple hits each end of the tube is dealt with seperately.
    The fastest signals is found. If the following hits are within
    the resolving time / gate width (100n sec) the adc values are
    added to those from the first hit.

void ListDetectorParameters() const

 List the current value of the digitization parameters on
 standard out.

void Print(Option_t* option) const

 Standard information printout.

 Options: See BrModule::Print

Inline Functions

                     void UseCalibrations(Bool_t use = kFALSE)
          BrSiParameters* GetSiParameters() const
        BrDetectorVolume* GetDetectorVolume() const
        BrDetectorVolume* DetectorVolume()
                  TClass* Class()
                  TClass* IsA() const
                     void ShowMembers(TMemberInspector& insp, char* parent)
                     void Streamer(TBuffer& b)
                     void StreamerNVirtual(TBuffer& b)
            BrSiDigModule BrSiDigModule(BrSiDigModule&)

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