SCT_ConditionsData Namespace Reference

Enumerations
enum	NumberOfElements {   SIDES_PER_MODULE =2 , NUMBER_OF_MODULES =4088 , NUMBER_OF_WAFERS =NUMBER_OF_MODULES*SIDES_PER_MODULE , CHIPS_PER_SIDE =6 ,   CHIPS_PER_MODULE =SIDES_PER_MODULE*CHIPS_PER_SIDE , STRIPS_PER_WAFER =768 , STRIPS_PER_CHIP =STRIPS_PER_WAFER/CHIPS_PER_SIDE }
enum	NumberOfCalibrationData { N_NPTGAIN =6 , N_NOISEOCC =4 }
enum	MajorityParameters {   HighAndLowVoltageOK =17 , OVERALL =110 , BARREL =111 , ECA =114 ,   ECC =115 , N_REGIONS =4 , INDEX_HVfraction =1 , INDEX_MajorityState =3 }
enum	Bec { bec_ECC =-2 , bec_BARREL =0 , bec_ECA =+2 }

Enumeration Type Documentation

Bec

enum SCT_ConditionsData::Bec

Enumerator
bec_ECC
bec_BARREL
bec_ECA

Definition at line 31 of file SCT_ConditionsParameters.h.

{bec_ECC=-2, bec_BARREL=0, bec_ECA=+2};

MajorityParameters

enum SCT_ConditionsData::MajorityParameters

Enumerator
HighAndLowVoltageOK
OVERALL
BARREL
ECA
ECC
N_REGIONS
INDEX_HVfraction
INDEX_MajorityState

Definition at line 23 of file SCT_ConditionsParameters.h.

                         {HighAndLowVoltageOK=17, /* 17 = 0x11 -> majority state for both LV and HV. */
                          OVERALL=110,
                          BARREL=111,
                          ECA=114,
                          ECC=115,
                          N_REGIONS=4,
                          INDEX_HVfraction=1,
                          INDEX_MajorityState=3};

NumberOfCalibrationData

enum SCT_ConditionsData::NumberOfCalibrationData

Enumerator
N_NPTGAIN
N_NOISEOCC

Definition at line 22 of file SCT_ConditionsParameters.h.

{N_NPTGAIN=6, N_NOISEOCC=4};

NumberOfElements

enum SCT_ConditionsData::NumberOfElements

Enumerator
SIDES_PER_MODULE
NUMBER_OF_MODULES
NUMBER_OF_WAFERS
CHIPS_PER_SIDE
CHIPS_PER_MODULE
STRIPS_PER_WAFER
STRIPS_PER_CHIP

Definition at line 18 of file SCT_ConditionsParameters.h.

                       {SIDES_PER_MODULE=2, 
                        NUMBER_OF_MODULES=4088, NUMBER_OF_WAFERS=NUMBER_OF_MODULES*SIDES_PER_MODULE,
                        CHIPS_PER_SIDE=6, CHIPS_PER_MODULE=SIDES_PER_MODULE*CHIPS_PER_SIDE,
                        STRIPS_PER_WAFER=768, STRIPS_PER_CHIP=STRIPS_PER_WAFER/CHIPS_PER_SIDE};