MuonPdtDtdcs

class MuonPdtDtdcs : public d0_DBObject< d0_DBKey_1<long> >

The Drift Time-To-Distance conversion is defined as the relationship between the measured, T0_subtracted, axial-position-corrected drift time and the corresponding drift distance perpendicular to the PDT wire.

Inheritance:

Public Fields
typedef d0_DBKey_1 <long> dbkey_type
typedef d0_DBObject <dbkey_type> dbobject_type

Public Methods
std::string get_createDate()
float get_dtdc(): Accessors
const d0_RefBy <MuonPdtCals, d0_DBKey_1<long>, ::MuonPdtDtdcsRefType > & get_MuonPdtCals()
MuonPdtDtdcs(const MuonPdtDtdcs&)
MuonPdtDtdcs(): Constructors.
MuonPdtDtdcs(const dbkey_type& dbkey)
friend std::ostream& operator<< (std::ostream&, const MuonPdtDtdcs&): Misc
void print(std::ostream& out = std::cout)

Private Fields
std::string _createDate
float _dtdc: Attributes
d0_RefBy <MuonPdtCals, d0_DBKey_1<long>, ::MuonPdtDtdcsRefType > _MuonPdtCals

Private Methods
D0_OBJECT_SETUP(MuonPdtDtdcs)

Documentation

The Drift Time-To-Distance conversion is defined as the relationship between the measured, T0_subtracted, axial-position-corrected drift time and the corresponding drift distance perpendicular to the PDT wire.

D0_OBJECT_SETUP(MuonPdtDtdcs)

typedef d0_DBKey_1 <long> dbkey_type

typedef d0_DBObject <dbkey_type> dbobject_type

MuonPdtDtdcs()