Uses of Annotation Interface
xal.smf.scada.AScada.Field

Packages that use AScada.Field
Package
Description
xal.smf.impl
 
xal.smf.scada
 

  • Uses of AScada.Field in xal.smf.impl

    Fields in xal.smf.impl with annotations of type AScada.Field
    Modifier and Type
    Field
    Description
    double
    WireScanner.ActrConfig.accelInit
    The maximum acceleration of the actuator used to move into the initial scan location; that is, the time derivative of velInit.
    double
    WireScanner.ActrConfig.accelReturn
    The maximum actuator acceleration when returning to the home location, in mm/sec.
    double
    WireScanner.ActrConfig.accelSearch
    The maximum acceleration used by the actuator when searching for a limit switch, in mm/sec2.
    double
    WireScanner.ActrConfig.accelStep
    The maximum acceleration of the actuator used to move between sampling points, in mm/sec2.
    int
    WireScanner.DevStatus.almSgnl
    Alarm flag for wire signal; it indicates a saturation condition.
    int
    WireScanner.DevStatus.almTmg
    Timing error flag.
    double[]
    WireHarp.DaqConfig.arrPosDia
    Array of wire positions on the beam axis for the diagonal projection plane.
    double[]
    WireHarp.DaqConfig.arrPosHor
    Array of wire positions on the beam axis for the horizontal projection plane.
    double[]
    WireHarp.DaqConfig.arrPosVer
    Array of wire positions on the beam axis for the vertical projection plane.
    double
    WireScanner.PrcgConfig.avgBgn
    Time position to start signal averaging
    double
    WireScanner.PrcgConfig.avgLng
    The size (in time) of the time averaging window
    int
    WireHarp.DevStatus.cmdResult
    Result code of the latest harp user command.
    double
    WireScanner.TrgConfig.delay
    Time delay between beam-on event and actual DAQ start.
    int
    WireScanner.DevStatus.dmgDia
    Diagonal wire damage

    status: 0=OK, 1=Damage
    int
    WireScanner.DevStatus.dmgHor
    Horizontal wire damage

    status: 0=OK, 1=MPS trip
    int
    WireScanner.DevStatus.dmgVer
    Vertical wire damage

    status: 0=OK, 1=MPS trip
    int
    WireScanner.DevStatus.errCollsn
    Actuator collision error.
    int
    WireScanner.DevStatus.errMps0
    MPS 0 trip

    status: 0=OK, 1=MPS trip
    int
    WireScanner.DevStatus.errMps1
    MPS 1 trip

    status: 0=OK, 1=MPS trip
    int
    WireScanner.DevStatus.errPs
    General power supply error

    status: 0=OK, 1=Error condition
    int
    WireScanner.DevStatus.errScan
    General error during scan

    status: 0=OK, 1=Error condition
    int
    WireScanner.DevStatus.errScanRng
    Scan out of range error
    int
    WireScanner.ScanConfig.errScanRng
    Error flag indicating that the scan parameters are inconsistent, that is, they do not describe a viable scan.
    int
    WireScanner.TrgConfig.event
    Event code to trigger data acquisition - values 0,...,256
    int
    WireHarp.DaqConfig.fitTypeCode
    Type code of the current fitting profile
    0 = Super Gaussian
    1 = Super Gaussian × Gaussian
    2 = Super Gaussian + Gaussian
    3 = Super Gaussian × Parabola
    int
    WireHarp.DevConfig.gainCmn
    The (discrete) common amplifier gain for all profile channels.
    int
    WireHarp.DevStatus.hrpIns
    Flag indicating harp is inserted
    int
    WireHarp.DevStatus.hrpRetr
    Flag indicating harp is retracted
    int
    WireHarp.DevStatus.hrpStop
    Flag indicating harp is stopped
    int
    WireScanner.DevStatus.idScan
    The current scan sequence identifier.
    int
    WireScanner.DevStatus.limFwd
    forward limit switch activated
    int
    WireScanner.DevStatus.limRev
    reverse limit switch activated
    double
    WireScanner.ScanConfig.lngScan
    The maximum position of the scan considering the current values of posInit, stepLength, and stepCount
    double
    WireScanner.ScanConfig.lngStroke
    The stroke length of the device actuator.
    double
    WireScanner.DevStatus.mvtMax
    Maximum actuator excursion during a scan
    int
    WireScanner.DevStatus.mvtStatus
    Movement state of the wire.
    double
    WireScanner.ScanConfig.posInit
    The initial (actuator) position of the scan in mm.
    int
    WireScanner.ScanConfig.pulseCount
    The number of beam pulses (traces) used to compute a profile sample value.
    int
    WireHarp.DaqConfig.recWiresDia
    Bit record indicating operation status for each wire of the diagonal wire set.
    int
    WireHarp.DaqConfig.recWiresHor
    Bit record indicating operation status for each wire of the horizontal wire set.
    int
    WireHarp.DaqConfig.recWiresVer
    Bit record indicating operation status for each wire of the vertical wire set.
    int
    WireScanner.SmplConfig.sampleRate
    The digitizer sampling rate (in Hz)
    double
    WireScanner.SmplConfig.sampleWindow
    The sampling window [0.1,2] msec
    int
    WireScanner.PrcgConfig.sigInv
    Inversion of acquired profile signal {-1,+1}
    int
    WireScanner.SmplConfig.signalGain
    The amplifier signal gain {0, 1, 2}
    int
    WireScanner.SmplConfig.signalTimeout
    The timeout period for a no-beam exception [20,300] sec
    int
    WireHarp.DevStatus.statCtrl
    Manual control status indicator
    int
    WireHarp.DevStatus.statDev
    Alarm flag for wire signal; it indicates correct operations.
    int
    WireHarp.DevStatus.statMps
    Machine Protection System status flag
    int
    WireScanner.ScanConfig.stepCount
    The total number of profile data samples in the scan data set.
    double
    WireScanner.ScanConfig.stepLength
    The size of each scan step in mm.
    double
    WireScanner.ActrConfig.tmoSearch
    The maximum time allowed while the actuator is searching for a limit switch, in seconds.
    double
    WireScanner.ActrConfig.tmoStep
    The maximum time allowed to move the actuator between sampling locations, in seconds.
    double
    WireHarp.DevConfig.trgDelay
    The triggering delay, I think it is in micro-seconds.
    int
    WireHarp.DevConfig.trgEvent
    Triggering event type code.
    double
    WireScanner.ActrConfig.velInit
    The initial (actuator) speed of the actuator in mm/sec.
    double
    WireScanner.ActrConfig.velReturn
    The maximum actuator speed when returning to the home location, in mm/sec.
    double
    WireScanner.ActrConfig.velSearch
    The maximum velocity used by the actuator when searching for a limit switch, in mm/sec.
    double
    WireScanner.ActrConfig.velStep
    The maximum actuator velocity between sampling points, in mm/sec.
    double
    WireScanner.DevStatus.wireMax
    The maximum stroke length of the actuator
    double
    WireScanner.DevStatus.wirePos
    Current position of the wire
    double
    WireScanner.DevStatus.wireVel
    Current speed of the wire

  • Uses of AScada.Field in xal.smf.scada

    Methods in xal.smf.scada with parameters of type AScada.Field
    Modifier and Type
    Method
    Description
    static ScadaFieldDescriptor
    ScadaFieldDescriptor.makeFieldDescriptor(String strName, AScada.Field annFld)
    Creates a ScadaStruct$ScadaFieldDescriptor object according to the specifications in the given arguments.