StSvtHybridStat

class description - source file - inheritance tree

class StSvtHybridStat : public StSvtHybrid


    public:

         StSvtHybridStat StSvtHybridStat()
         StSvtHybridStat StSvtHybridStat(int barrel, int ladder, int wafer, int hybrid)
         StSvtHybridStat StSvtHybridStat(StSvtHybridStat&)
            virtual void ~StSvtHybridStat()
        StSvtHybridStat* addStat(StSvtHybridStat*)
                 TClass* Class()
                    void fillMom(int x, int anode, int time)
                    void fillMomAllPixels(int x)
      StSvtHybridPixels* get0thMom()
      StSvtHybridPixels* get1stMom()
      StSvtHybridPixels* get2ndMom()
                   float getMean(int anode, int time)
                   float getRMS(int anode, int time)
         virtual TClass* IsA()
        StSvtHybridStat& operator=(StSvtHybridStat&)
                    void reset()
                    void setMoms(float* x1, float* x2, int weight = 1)
                    void setMoms(StSvtHybridPixels* h1, StSvtHybridPixels* h2, int weight = 1)
            virtual void ShowMembers(TMemberInspector& insp, char* parent)
            virtual void Streamer(TBuffer& b)

  Data Members

    protected:

      StSvtHybridPixels* m0  zeroth order statistical momentum
      StSvtHybridPixels* m1  first order statistical momentum
      StSvtHybridPixels* m2  second order statistical momentum

Class Description

                                                                        
 Used to calculate the statistics (mean and RMS) of pixel quantities.   
 For instance, it can be used to calculate the pedestals of a hybrid.

StSvtHybridStat() : StSvtHybrid()

StSvtHybridStat(int barrel, int ladder, int wafer, int hybrid) : StSvtHybrid(barrel, ladder, wafer, hybrid)

 The same as StSvtHybrid.

~StSvtHybridStat()

StSvtHybridStat* addStat(StSvtHybridStat* h)

void setMoms(StSvtHybridPixels* h1, StSvtHybridPixels* h2, int weight)

void setMoms(float* x1, float* x2, int weight)

float getMean(int anode, int time)

 Returns the mean value for pixel (anode,time)

float getRMS(int anode, int time)

 Returns the RMS for pixel (anode,time)

void fillMom(int x, int anode, int time)

 Fills the 0th, 1st and 2nd order momenta of pixel (anode,time) with the value x

void fillMomAllPixels(int x)

void reset()

Inline Functions

          StSvtHybridStat& operator=(StSvtHybridStat&)
        StSvtHybridPixels* get0thMom()
        StSvtHybridPixels* get1stMom()
        StSvtHybridPixels* get2ndMom()
                   TClass* Class()
                   TClass* IsA()
                      void ShowMembers(TMemberInspector& insp, char* parent)
                      void Streamer(TBuffer& b)
           StSvtHybridStat StSvtHybridStat(StSvtHybridStat&)

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