| #include "EmcMiniDigiK.hh" |
EmcMiniDigiK
class description - source file - inheritance tree (.pdf)
private:
EmcMiniDigiK(const EmcMiniDigiK&)
EmcMiniDigiK& operator=(const EmcMiniDigiK&)
void pack()
void unpack() const
static void updateEnv()
protected:
virtual EmcDigi* buildTransient(KanEventReader& eR)
virtual void loadFrom(const EmcDigi*, KanEventWriter&)
virtual void resetHook(Dna::Scope scope = Dna::Event)
public:
EmcMiniDigiK()
virtual ~EmcMiniDigiK()
virtual UInt_t calibIdx() const
virtual UInt_t energy() const
virtual UInt_t phi() const
virtual UInt_t theta() const
virtual Short_t time() const
private:
Bool_t _unpacked ! Flag set when unpacked
UInt_t _energy ! Unpacked Energy
Short_t _time ! Unpacked Time
UInt_t _theta ! Unpacked Theta
UInt_t _phi ! Unpacked Phi
UInt_t _calibIdx ! hmm....?
UInt_t _timeEnergy Packed time and energy
UInt_t _data Packed theta/phi/calib index
static const UInt_t EMCMINIDIGITHMASK ! Theta Bit Mask
static const UInt_t EMCMINIDIGIPHMASK ! Phi Bit Mask
static const UInt_t EMCMINIDIGICLMASK ! Calib Bit Mask
static const UInt_t EMCMINIDIGIPHSHIFT ! Phi Bit Shift
static const UInt_t EMCMINIDIGICLSHIFT ! Calib Bit Shift
static Bool_t _updated ! flag to keep track of conditions status
static const EmcTagConverter* _tagC !
static const EmcOdfEConverter* _eConv !
static const EmcOdfTConverter* _tConv !
Persistent class for EmcDigi.
The EmcDigiI interface requires the following functions:
UInt_t energy() const // raw energy.
Short_t time() const // tdc counts of digi
UInt_t theta() const // theta index of crystal
UInt_t phi() const // phi index of crystal
UInt_t calibIdx() const // calibration index
Persistent Size: 8 bytes uncompressed
The Packing looks like this:
UInt_t _timeEnergy; // Packed time(21-32), energy(1-20)
UInt_t _data; // Packed calib(14-32), phi(7-13), theta(1-6)
The packing for _timeEnergy is defined in EmcDataK/EmcDigiK.rdl(cc)
EmcMiniDigiK() :
EmcDigiI(),
_unpacked(false),
_timeEnergy(0),
_data(0)
~EmcMiniDigiK()
void loadFrom( const EmcDigi* transient, KanEventWriter & eW )
Fill persistent data from transient object
EmcDigi* buildTransient( KanEventReader& eR )
build transient object from persistent data
void pack()
fill persitent data from cache
void unpack() const
unpack and cache copy of transient data
resetHook(Dna::Scope scope)
updateEnv()
Inline Functions
UInt_t energy() const
Short_t time() const
UInt_t theta() const
UInt_t phi() const
UInt_t calibIdx() const
EmcMiniDigiK EmcMiniDigiK(const EmcMiniDigiK&)
EmcMiniDigiK& operator=(const EmcMiniDigiK&)
Author: P. Elmer, L. Wilden, J. Tinslay, D. Brown
Last update: EmcMiniDigiK.cc,v 1.19 2004/06/25 23:46:08 elmer Exp $
Copyright (C) 2002 Princeton University
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