hcaldqm::axis Namespace Reference

Classes
class	Axis
class	CoordinateAxis
class	FlagAxis
class	ValueAxis

Enumerations
enum	AxisQType { fValue = 0, fCoordinate = 1, fFlag = 2, nAxisQType = 3 }
enum	AxisType { fXaxis = 0, fYaxis = 1, fZaxis = 2, nAxisType = 3 }
enum	CoordinateType {   fSubDet = 0, fiphi = 1, fieta = 2, fdepth = 3,   fFEDVME = 4, fFEDuTCA = 5, fFEDComb = 6, fCrateVME = 7,   fCrateuTCA = 8, fCrateComb = 9, fSlotVME = 10, fSlotuTCA = 11,   fSlotComb = 12, fFiberVME = 13, fFiberuTCA = 14, fFiberComb = 15,   fFiberCh = 16, fTPSubDet = 17, fTPieta = 18, fSubDetPM = 19,   fTPSubDetPM = 20, fSpigot = 21, nCoordinateType = 22 }
enum	ValueType {   fEntries = 0, fEvents = 1, f1OverEvents = 2, fEnergy = 3,   fTime = 4, fADC = 5, fADC_5 = 6, fADC_15 = 7,   fNomFC = 8, fNomFC_1000 = 9, fNomFC_3000 = 10, fTimeTS = 11,   fTimeTS_200 = 12, fLS = 13, fEt_256 = 14, fEt_128 = 15,   fFG = 16, fRatio = 17, fDigiSize = 18, fAroundZero = 19,   fRatio2 = 20, fEntries500 = 21, fEntries100 = 22, fdEtRatio = 23,   fSumdEt = 24, fTime20TS = 25, fQIE10ADC256 = 26, fQIE10TDC64 = 27,   nValueType = 28 }

Variables
double const	cmax [nCoordinateType]
double const	cmin [nCoordinateType]
int const	cnbins [nCoordinateType]
std::string const	ctitle [nCoordinateType]
double const	vmax [nValueType]
double const	vmin [nValueType]
int const	vnbins [nValueType]
std::string const	vtitle [nValueType]

Enumeration Type Documentation

enum hcaldqm::axis::AxisQType

Enumerator
fValue
fCoordinate
fFlag
nAxisQType

Definition at line 39 of file Axis.h.

        {
            fValue = 0,
            fCoordinate = 1,
            fFlag = 2,
            nAxisQType = 3
        };

enum hcaldqm::axis::AxisType

Enumerator
fXaxis
fYaxis
fZaxis
nAxisType

Definition at line 32 of file Axis.h.

        {
            fXaxis = 0,
            fYaxis = 1,
            fZaxis = 2,
            nAxisType = 3
        };

enum hcaldqm::axis::CoordinateType

Enumerator
fSubDet
fiphi
fieta
fdepth
fFEDVME
fFEDuTCA
fFEDComb
fCrateVME
fCrateuTCA
fCrateComb
fSlotVME
fSlotuTCA
fSlotComb
fFiberVME
fFiberuTCA
fFiberComb
fFiberCh
fTPSubDet
fTPieta
fSubDetPM
fTPSubDetPM
fSpigot
nCoordinateType

Definition at line 22 of file CoordinateAxis.h.

        {
            fSubDet = 0,
            fiphi = 1,
            fieta = 2,
            fdepth = 3,

            fFEDVME = 4,
            fFEDuTCA = 5,
            fFEDComb = 6,
            fCrateVME = 7,
            fCrateuTCA = 8,
            fCrateComb = 9,
            fSlotVME = 10,
            fSlotuTCA = 11,
            fSlotComb = 12,
            fFiberVME = 13,
            fFiberuTCA = 14,
            fFiberComb = 15,
            fFiberCh = 16,

            fTPSubDet = 17,
            fTPieta = 18,

            fSubDetPM = 19,
            fTPSubDetPM = 20,

            fSpigot = 21,

            nCoordinateType = 22
        };

enum hcaldqm::axis::ValueType

Enumerator
fEntries
fEvents
f1OverEvents
fEnergy
fTime
fADC
fADC_5
fADC_15
fNomFC
fNomFC_1000
fNomFC_3000
fTimeTS
fTimeTS_200
fLS
fEt_256
fEt_128
fFG
fRatio
fDigiSize
fAroundZero
fRatio2
fEntries500
fEntries100
fdEtRatio
fSumdEt
fTime20TS
fQIE10ADC256
fQIE10TDC64
nValueType

Definition at line 21 of file ValueAxis.h.

        {
            fEntries = 0,
            fEvents = 1,
            f1OverEvents = 2,
            fEnergy = 3,
            fTime = 4,
            fADC = 5,
            fADC_5 = 6,
            fADC_15 = 7,
            fNomFC = 8,
            fNomFC_1000 = 9,
            fNomFC_3000 = 10,
            fTimeTS = 11,
            fTimeTS_200 = 12,
            fLS = 13,
            fEt_256 = 14,
            fEt_128 = 15,
            fFG = 16, 
            fRatio = 17,
            fDigiSize = 18,
            fAroundZero = 19,
            fRatio2 = 20,
            fEntries500 = 21,
            fEntries100 = 22,
            fdEtRatio = 23,
            fSumdEt = 24,
            fTime20TS = 25,

            //  for QIE 10
            fQIE10ADC256 = 26,
            fQIE10TDC64 = 27,

            nValueType = 28
        };

Variable Documentation

double const hcaldqm::axis::cmax[nCoordinateType]

Initial value:

= {
            HF+1, IPHI_MAX+0.5, 84, DEPTH_MAX+0.5,

            FED_VME_NUM, FED_uTCA_NUM, FED_VME_NUM+FED_uTCA_NUM,
            CRATE_VME_NUM, CRATE_uTCA_NUM, CRATE_VME_NUM+CRATE_uTCA_NUM,
            SLOT_VME_NUM, SLOT_uTCA_NUM, SLOT_uTCA_NUM, 
            2*FIBER_VME_NUM, FIBER_uTCA_NUM, FIBER_uTCA_NUM, 
            FIBERCH_MAX+1,

            2, 64, 8, 4,

            SPIGOT_MAX+0.5
        }

Definition at line 75 of file CoordinateAxis.h.

Referenced by RPCGeometryServTest::analyze().

double const hcaldqm::axis::cmin[nCoordinateType]

Initial value:

= {
            HB, IPHI_MIN-0.5, 0, DEPTH_MIN-0.5,

            0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, FIBERCH_MIN,

            0, 0, 0, 0,

            -.5
        }

Definition at line 66 of file CoordinateAxis.h.

Referenced by RPCGeometryServTest::analyze().

int const hcaldqm::axis::cnbins[nCoordinateType]

Initial value:

= {
            SUBDET_NUM, IPHI_NUM, 84, DEPTH_NUM, 
            FED_VME_NUM, FED_uTCA_NUM, FED_VME_NUM+FED_uTCA_NUM,
            CRATE_VME_NUM, CRATE_uTCA_NUM, CRATE_VME_NUM+CRATE_uTCA_NUM, 
            SLOT_VME_NUM, SLOT_uTCA_NUM, SLOT_uTCA_NUM,
            2*FIBER_VME_NUM, FIBER_uTCA_NUM, FIBER_uTCA_NUM,  
            FIBERCH_NUM,

            2, 64, 8, 4,

            SPIGOT_NUM
        }

Definition at line 88 of file CoordinateAxis.h.

std::string const hcaldqm::axis::ctitle[nCoordinateType]

Initial value:

= {
            "Sub Detector", "iphi", "ieta", "depth", 

            "FED", "FED", "FED", "Crate", "Crate", "Crate",
            "Slot", "Slot", "Slot", "Fiber", "Fiber", "Fiber",
            "Fiber Channel",

            "TP Sub Detector", "TP ieta",
            "Sub Detector (+/-)", "TP Sub Detector (+/-)",

            "Spigot"
        }

Definition at line 54 of file CoordinateAxis.h.

double const hcaldqm::axis::vmax[nValueType]

Initial value:

= {
            3000, 500, 1, 200, 50, 128, 5, 15, 10000, 1000, 3000, 9.5, 9.5, 
            4000.5, 255.5, 255.5, 1.5, 1.05, 10.5, 10, 2, 500, 100, 1.05, 2000,
            9.5, 55.5, 63.5
        }

Definition at line 69 of file ValueAxis.h.

Referenced by TEcnaParHistos::GetYmaxDefaultValue(), LMFIOV::setVmax(), and EventShape::thrust().

double const hcaldqm::axis::vmin[nValueType]

Initial value:

= {
            0, 0, 0, 0, -50, 0, 0, 0, -0.5, -0.5, -0.5, -0.5, -0.5, 0.5,
            -0.5, -0.5, -0.5, 0, -0.5, -10, 0, 0, 0, -0.05, 0, -0.5, -0.5, -0.5
        }

Definition at line 65 of file ValueAxis.h.

Referenced by TEcnaParHistos::GetYminDefaultValue(), and LMFIOV::setVmin().

int const hcaldqm::axis::vnbins[nValueType]

Initial value:

= {
            500, 100, 100, 400, 200, 128, 100, 300, 1000, 200, 600, 10, 
            200, 4000, 256, 128, 2, 200, 11, 20, 200, 500, 100, 200, 1000,10,
            256, 64
        }

Definition at line 74 of file ValueAxis.h.

std::string const hcaldqm::axis::vtitle[nValueType]

Initial value:

= {
            "Entries", "Events", "1/Events", "Energy (GeV)", "Time (ns)",
            "ADC", "ADC", "ADC", "nom. fC", "nom. fC", "nom. fC", "Time Slice",
            "Time Slice", "LS", "Et", "Et", "Fine Grain Bit", "Ratio",
            "Digi Size", "Quantity", "Ratio", "Entries", "Entries", 
            "Summed dEt/Et", "Summed dEt", "Time Slice", "QIE10 ADC",
            "QIE10 TDC"
        }

Definition at line 57 of file ValueAxis.h.