- s -

• sameBase() : Index
• SameFieldID() : SameFieldID
• sameSDDSVariable() : sameSDDSVariable
• SameSubsetType() : SameSubsetType
• sample() : IpplMemoryUsage
• sample_m() : IpplMemoryUsage
• SampleCmd() : SampleCmd
• sampleDist() : LaserProfile
• SampleGaussianSequence() : SampleGaussianSequence
• SampleIndividual() : SampleIndividual
• SamplePilot() : SamplePilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t >
• Sampler() : Sampler
• SampleRandomizedSequence() : SampleRandomizedSequence< T >
• SampleSequence() : SampleSequence< T >
• sampleUniformDisk() : Distribution
• SampleWorker() : SampleWorker< Sim_t >
• SAutomatic() : Expressions::SAutomatic< T >
• save() : LossDataSink , PeakFinder , PluginElement
• save3DInput() : OpalBeamline
• save3DLattice() : OpalBeamline
• saveASCII() : LossDataSink
• saveASCII_m() : PeakFinder
• saveBunch() : MultiBunchHandler
• saveCavityPhases() : ParallelTTracker
• saveData() : LaserProfile
• saveField() : FM3DMagnetoStaticExtended
• saveH5() : LossDataSink
• saveHistogram() : LaserProfile
• saveInjectValues() : ParallelCyclotronTracker
• saveSDDS() : IndexMap
• SavitzkyGolayFilter() : SavitzkyGolayFilter
• sbend() : Hamiltonian
• SBend() : SBend
• SBend3D() : SBend3D
• SBendRep() : SBendRep
• SBinary() : Expressions::SBinary< T, U >
• Scalar() : Expressions::Scalar< T >
• scalarType() : DiscTypeBase
• scale() : BDipoleField , BMultipoleField , BSingleMultipoleField< order > , ConstBzField , ConstEzField , EMField , FLieGenerator< T, N > , GenerateOpalSimulation , NullField , Triangle , Voxel
• scaleDistCoordinates() : Distribution
• scaleField() : FM1DDynamic , FM1DDynamic_fast
• scaleMonomials() : FTps< T, N > , Tps< T >
• ScalingFFAMagnet() : ScalingFFAMagnet
• scatter() : BoxLibParticle< PLayout > , IntCIC , IntCICImpl< Dim > , IntCICImpl< 1U > , IntCICImpl< 2U > , IntCICImpl< 3U > , IntNGP , IntSUDS , IntSUDSImpl< Dim > , IntSUDSImpl< 1U > , IntSUDSImpl< 2U > , IntSUDSImpl< 3U > , IntTSC , IntTSCImpl< Dim > , IntTSCImpl< 1U > , IntTSCImpl< 2U > , IntTSCImpl< 3U > , ParticleAttrib< T >
• ScatteringPhysics() : ScatteringPhysics
• SCell() : Expressions::SCell
• SConstant() : Expressions::SConstant< T >
• SDDSColumn() : SDDSColumn
• SDDSColumnSet() : SDDSColumnSet
• SDDSParser() : SDDS::SDDSParser
• SDDSParserException() : SDDSParserException
• SDDSReader() : SDDSReader
• SDDSWriter() : SDDSWriter
• SDeferred() : Expressions::SDeferred< T >
• searchRoot() : RootFinderForCSR
• sectionCompare() : Ring
• SectorField() : SectorField
• SectorMagneticFieldMap() : SectorMagneticFieldMap
• Select() : Select
• select() : Select
• selectBestEar() : Mesher
• selectDT() : ParallelTTracker
• selection() : FixedPisaNsga2< CrossoverOperator, MutationOperator >
• Selector() : Selector
• selectRandomGenerator() : Distribution
• send() : AsyncSendBuffer , Communicate
• send_ok_message() : Communicate
• sendFailureMessage() : H5PartWrapper
• sendNewJobToWorker() : Pilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t > , SamplePilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t >
• seoMode_m() : ParallelCyclotronTracker
• Septum() : Septum
• SeptumRep() : SeptumRep
• Sequence() : Sequence
• SequenceGen() : SequenceGen< GT >
• SequenceMember() : SequenceMember
• SequenceParser() : SequenceParser
• SequenceTemplate() : SequenceTemplate
• serialize() : AmrMultiGridLevel< MatrixType, VectorType > , Individual , reqVarInfo_t , SampleIndividual
• set() : Attribute , Channel , DirectChannel , Expressions::SRefAttr< T > , IndexedChannel< T > , IndirectChannel< T >
• set_BC() : FieldSpec< T, Dim, M, C >
• set_CarReturn() : FieldDebugPrint< T, Dim > , FieldPrint< T, Dim >
• set_DataPrecision() : FieldDebugPrint< T, Dim > , FieldPrint< T, Dim >
• set_DataWidth() : FieldDebugPrint< T, Dim > , FieldPrint< T, Dim >
• set_Dvc() : Cartesian< Dim, MFLOAT > , UniformCartesian< Dim, MFLOAT >
• set_GC() : FieldSpec< T, Dim, M, C >
• set_id() : client::annotation< Iterator >::set_id
• set_IndexWidth() : FieldPrint< T, Dim >
• set_Left() : GuardCellSizes< Dim >
• set_MeshBC() : Cartesian< Dim, MFLOAT >
• set_meshEnlargement() : AmrPartBunch , PartBunchBase< T, Dim >
• set_meshSpacing() : Cartesian< Dim, MFLOAT > , UniformCartesian< Dim, MFLOAT >
• set_origin() : Cartesian< Dim, MFLOAT > , UniformCartesian< Dim, MFLOAT >
• set_PrintBC() : FieldDebugPrint< T, Dim >
• set_Right() : GuardCellSizes< Dim >
• set_Scientific() : FieldDebugPrint< T, Dim > , FieldPrint< T, Dim >
• set_sPos() : PartBunchBase< T, Dim >
• setActionRange() : ElementBase
• setActive() : CorrectorRep , MonitorRep , ProbeRep , SeptumRep , StripperRep
• setActiveRegion() : IpplMessageCounter
• setAll() : interpolation::Interpolator3dGridTo1d , interpolation::Interpolator3dGridTo3d
• setAllCacheCellRanges() : CellParticleCachingPolicy< T, Dim, Mesh >
• setAllCacheDimensions() : BoxParticleCachingPolicy< T, Dim, Mesh >
• setAmplitude() : RFCavityRep , TravelingWaveRep
• setAmplitudeError() : RFCavity
• setAmplitudem() : RFCavity
• setAmplitudeModel() : RFCavity , VariableRFCavity
• setAmplitudeModelName() : RFCavity
• setAmplitudeName() : VariableRFCavity
• setAmrDomainRatio() : AmrPartBunch
• setAngle() : Undulator
• setAperture() : ElementBase , MultipoleT , MultipoleTBase
• setAttribute() : AttributeSet , ElementBase
• setAttributes() : Distribution
• setAutophaseVeto() : RFCavity
• setAzimuth() : RFCavity , TrimCoil
• setAzimuthalExtent() : ScalingFFAMagnet
• setB() : RBendRep , SBendRep
• setB0() : VerticalFFAMagnet
• setBaseLevelMeshSpacing() : AmrPartBunch
• setBBLength() : VerticalFFAMagnet
• setBCAllOpen() : AmrPartBunch , PartBunch , PartBunchBase< T, Dim >
• setBCAllPeriodic() : AmrPartBunch , PartBunch , PartBunchBase< T, Dim >
• setBCForDCBeam() : AmrPartBunch , PartBunch , PartBunchBase< T, Dim >
• setBConds() : AbstractParticle< T, Dim > , IpplParticleBase< PLayout > , PartBunchBase< T, Dim > , ParticleLayout< T, Dim >
• setBeamFrequency() : PartBunchBase< T, Dim >
• setBeamPhiInit() : Ring
• setBeamPRInit() : Ring
• setBeamRInit() : Ring
• setBeGa() : ParallelCyclotronTracker
• setBendAngle() : BendBase , MultipoleT , MultipoleTBase , MultipoleTCurvedConstRadius , MultipoleTCurvedVarRadius , PlanarArcGeometry , RBend , RBendGeometry
• setBendEffectiveLength() : Bend2D
• setBendStrength() : Bend2D
• setBeta() : PartData
• setBFieldType() : Cyclotron
• setBinCharge() : AmrPartBunch , PartBunchBase< T, Dim >
• setBinEmitted() : PartBins
• setBinning() : MultiBunchHandler
• setBoundaryGeometry() : ElementBase
• setBoundingBox() : BoxLibLayout< T, Dim > , ParticleAmrLayout< T, Dim >
• setBoundingBoxLength() : MultipoleT , MultipoleTBase
• setBScale() : Cyclotron
• setBx() : BDipoleField , ConstBField , CorrectorRep , XCorrectorRep
• setBy() : BDipoleField , ConstBField , CorrectorRep , YCorrectorRep
• setBz() : ConstBField , ConstBzField , SolenoidRep
• setCacheCellRange() : CellParticleCachingPolicy< T, Dim, Mesh >
• setCacheDimension() : BoxParticleCachingPolicy< T, Dim, Mesh >
• setCavityCentre() : VariableRFCavityFringeField
• setCavityType() : RFCavity
• setCentre() : ScalingFFAMagnet
• setCharge() : PartBunchBase< T, Dim >
• setChargeDensity() : AmrObject
• setChargeZeroPart() : PartBunchBase< T, Dim >
• setClearColor() : CoutSink
• setCoefficient() : FTps< T, N > , LinearFun< T, N > , polynomial::Polynomial , Tps< T > , TransportFun< T, N >
• SetCoefficients() : interpolation::SquarePolynomialVector
• setCollectionType() : Monitor
• setColor() : CoutSink
• setComponent() : BSingleMultipoleField< order > , Expressions::ADeferred< T > , FVps< T, N > , LinearMap< T, N > , RingSection , SingleMultipole< order > , TransportMap< T, N > , Vps< T >
• setComponentOrientation() : RingSection
• setComponentPosition() : RingSection
• setComponentType() : Component , RFCavity
• SetCompressedData() : CompressedBrickIterator< T, Dim >
• setCompression() : BareField< T, Dim >
• setConstantSpacing() : interpolation::NDGrid , interpolation::ThreeDGrid
• setCoord() : interpolation::NDGrid
• setCopy() : Message
• SetCount() : CompressedBrickIterator< T, Dim >
• setCounter() : FlaggedElmPtr
• setCouplingConstant() : PartBunchBase< T, Dim >
• setCSTrafoGlobal2Local() : ElementBase
• setCSTrafoToEntranceRegion() : Bend2D
• setCSTrafoToExitRegion() : Bend2D
• SetCurrent() : CompressedBrickIterator< T, Dim >
• SetCurrentLocation() : BareFieldIterator< T, Dim > , IndexedBareFieldIterator< T, Dim >
• setCurrentSCoordinate() : ElementBase
• setCurvature() : PlanarArcGeometry
• setCyclHarm() : Cyclotron
• setCyclotron() : BeamStrippingPhysics
• setCyclotronType() : Cyclotron
• setDataSink() : OpalData
• setDefault() : Attribute
• setDefaultMethod() : DataConnectCreator
• setDefaultNodes() : DataConnectCreator
• setDefaultTransferMethod() : DataConnect
• setDeferred() : Attribute , AttributeHandler
• setDelete() : Message
• setDescription() : FlexibleCollimator
• setDesignEnergy() : BendBase , Component , Corrector , OrbitThreader , RFCavity
• setDestination() : Inform
• setDimensions() : CCollimator , PluginElement
• setDipoleConstant() : MultipoleT , MultipoleTBase , ScalingFFAMagnet
• setDirectionName() : FFTBase< Dim, T >
• setDirty() : Object
• setDirtyFlag() : BareField< T, Dim >
• setDisconnected() : ParticleAttribDataSource
• setDisplacement() : Euclid3D
• setDistParametersBinomial() : Distribution
• setDistParametersFlattop() : Distribution
• setDistParametersGauss() : Distribution
• setDistParametersMultiGauss() : Distribution
• setDistribution() : PartBunchBase< T, Dim >
• setDistributionParallelT() : TrackRun
• setDistToEmitted() : Distribution
• setDistType() : Distribution
• setDKS() : Solenoid
• setDomain() : SIndex< Dim >
• setDomainRatio() : BoxLibLayout< T, Dim >
• setdT() : PartBunchBase< T, Dim >
• setDtBunch() : Undulator
• setE() : PartData
• setEcho() : FileStream
• setEdgeConstants() : Fieldmap , FM1DProfile2
• setElement() : Element , ElmPtr
• setElementLength() : BGeometryBase , ElementBase , Euclid3DGeometry , PlanarArcGeometry , StraightGeometry , VarRadiusGeometry
• setElementPosition() : ElementBase
• setEmissionTime() : Distribution
• setEnd() : ClassicField
• setEndDirection() : Offset
• setEndField() : ScalingFFAMagnet , VariableRFCavityFringeField , VerticalFFAMagnet
• setEndNormal() : RingSection
• setEndPosition() : Offset , RingSection
• setEnergyBins() : PartBunchBase< T, Dim >
• SetEngeDiffIndices() : endfieldmodel::Enge
• setEngeOriginDelta() : Bend2D
• SetEngeParameters() : endfieldmodel::Enge
• setEntranceAngle() : Bend2D , BendBase , MultipoleT , MultipoleTBase , RBend
• setEntryFaceCurvature() : RBendRep , SBendRep
• setEntryFaceRotation() : RBendRep , SBendRep
• setEScale() : Cyclotron
• setExitAngle() : Bend2D
• setExitFaceCurvature() : RBendRep , SBendRep
• setExitFaceRotation() : RBendRep , SBendRep
• setExitFaceSlope() : Component , FM1DProfile2
• setEz() : ConstEzField
• setf() : Inform
• setF() : interpolation::Interpolator3dGridTo1d
• setFast() : RFCavity , Solenoid
• setField() : CyclotronRep , MultipoleRep , RBendRep , SBendRep
• setFieldAmplitude() : BendBase
• setFieldBoundaries() : Bend2D
• setFieldCalcParam() : Bend2D
• setFieldGap() : Fieldmap , FM1DProfile1
• setFieldIndex() : ScalingFFAMagnet , VerticalFFAMagnet
• setFieldLayout() : SIndex< Dim >
• setFieldLength() : Fieldmap
• setFieldMapFileName() : SBend3D
• setFieldMapFN() : BendBase , Cyclotron , RFCavity , Solenoid
• setFieldUnits() : SBend3D
• setFilename() : OpalSimulation , Undulator
• setFinestLevel() : ParticleAmrLayout< T, Dim >
• setFlag() : Object
• setFlagAllParticlesIn() : ParticleMatterInteractionHandler
• setFMHighE() : Cyclotron
• setFMLowE() : Cyclotron
• setForbidTransform() : AmrParticleBase< PLayout >
• setFrequency() : Astra1D_fast , Astra1DDynamic , Astra1DDynamic_fast , Astra1DElectroStatic , Astra1DElectroStatic_fast , Astra1DMagnetoStatic , Astra1DMagnetoStatic_fast , Fieldmap , FM1DDynamic , FM1DDynamic_fast , FM1DElectroStatic , FM1DElectroStatic_fast , FM1DMagnetoStatic , FM1DMagnetoStatic_fast , FM1DProfile1 , FM1DProfile2 , FM2DDynamic , FM2DElectroStatic , FM2DMagnetoStatic , FM3DDynamic , FM3DH5BlockBase , FM3DMagnetoStatic , FM3DMagnetoStaticExtended , FMDummy , OscillatingField< Field > , RFCavity , RFCavityRep , SectorMagneticFieldMap , TravelingWaveRep
• setFrequencym() : RFCavity
• setFrequencyModel() : RFCavity , VariableRFCavity
• setFrequencyModelName() : RFCavity
• setFrequencyName() : VariableRFCavity
• setFringeField() : MultipoleT , MultipoleTBase
• setFullGap() : BendBase
• setGamma() : PartBins , PartData
• setGapFromFieldMap() : Bend2D
• setGapWidth() : RFCavity
• setGeom() : PluginElement
• setGeometry() : MGPoissonSolver
• setGlobalGeometry() : OpalData
• setGlobalMeanR() : PartBunchBase< T, Dim >
• setGlobalPhaseShift() : OpalData
• setGlobalSeed() : RNGStream
• setGlobalToLocalQuaternion() : PartBunchBase< T, Dim >
• setGlobalTrackStep() : PartBunchBase< T, Dim >
• setGlobalTruncOrder() : FTps< T, N > , Tps< T >
• setGrid() : interpolation::Interpolator3dGridTo1d , interpolation::Interpolator3dGridTo3d
• setGuardCells() : BareField< T, Dim >
• setHarmonicNumber() : Ring
• setHasBeenSimulated() : Undulator
• setHeight() : VariableRFCavity
• setHr() : IrregularDomain
• setIgnore() : RFCavityRep , TravelingWaveRep
• setIndex() : FieldLoc< Dim >
• setInitialDirection() : TBeamline< T >
• setInOPALCyclMode() : OpalData
• setInOPALTMode() : OpalData
• setInPrepState() : OpalData
• setInput() : SDDS::SDDSParser
• setInteractionRadius() : ParticleCashedLayout< T, Dim, Mesh > , ParticleInteractLayout< T, Dim, Mesh >
• setInterpolator() : SectorMagneticFieldMap
• setIsClosed() : Ring
• setIsLocal() : Offset
• setK() : Undulator
• setK1() : Bend2D
• setKickField() : Corrector
• setKickX() : Corrector
• setKickY() : Corrector
• setKS() : Solenoid
• setKs3DRefp() : PartBunchBase< T, Dim >
• setKs3DRefr() : PartBunchBase< T, Dim >
• SetLambda() : endfieldmodel::Enge
• setLambda() : endfieldmodel::Tanh , Undulator
• setLambdaLeft() : VarRadiusGeometry
• setLambdaRight() : VarRadiusGeometry
• setLastDumpedStep() : ParallelCyclotronTracker
• setLastStep() : OpalData
• setLatticePhiInit() : Ring
• setLatticeRInit() : Ring
• setLatticeThetaInit() : Ring
• setLength() : MultipoleT , MultipoleTBase , SequenceMember , VariableRFCavity
• setLengthUnits() : SBend3D
• setLField() : SubFieldIterBase< T, Dim, S, ExprDim >
• setLFieldData() : SubFieldIter< T, Dim, NDIndex< Dim > > , SubFieldIter< T, Dim, SOffset< Dim > > , SubFieldIterBase< T, Dim, S, ExprDim >
• setLocalBinCount() : PartBunchBase< T, Dim >
• setLocalNum() : AbstractParticle< T, Dim > , IpplParticleBase< PLayout > , PartBunchBase< T, Dim >
• setLocalNumPerBunch() : PartBunchBase< T, Dim >
• setLocalNumPerLevel() : AmrParticleBase< PLayout >
• setLocalTrackStep() : PartBunchBase< T, Dim >
• setLorentzFactor() : AmrParticleBase< PLayout >
• setLossDataSink() : Ring
• setM() : PartData
• setMass() : PartBunchBase< T, Dim >
• setMassZeroPart() : PartBunchBase< T, Dim >
• setMaxInteractionRadius() : ParticleCashedLayout< T, Dim, Mesh > , ParticleInteractLayout< T, Dim, Mesh >
• setMaxLevel() : ParticleAmrLayout< T, Dim >
• setMaxNumberOfIterations() : AmrMultiGrid
• setMaxNumParticles() : AmrObject
• setMaxOrder() : FTps< T, N > , FVps< T, N > , MultipoleT , MultipoleTBase , MultipoleTCurvedConstRadius , MultipoleTCurvedVarRadius , MultipoleTStraight , ScalingFFAMagnet , Tps< T > , VariableRFCavityFringeField , VerticalFFAMagnet
• setMaxPhase() : OpalData
• setMaxR() : Cyclotron
• setMaxTrackSteps() : OpalData
• setMaxXOrder() : MultipoleT , MultipoleTCurvedConstRadius , MultipoleTCurvedVarRadius
• setMaxXorder() : polynomial::Polynomial
• setMaxZ() : Cyclotron
• setMeshLength() : Undulator
• setMeshResolution() : Undulator
• setMessageHeader() : Bend2D
• setMessageLevel() : Inform
• setMinMaxZ() : IrregularDomain
• setMinNumParticles() : AmrObject
• setMinOrder() : FTps< T, N > , FVps< T, N >
• setMinR() : Cyclotron
• setMinZ() : Cyclotron
• setMisalignment() : ElementBase
• setMode() : MultiBunchHandler , TravelingWave
• setMT() : FieldSolver
• setMultiBunchInitialPathLengh() : DataSink
• setMX() : FieldSolver
• setMY() : FieldSolver
• setName() : ElementBase , NamedObj
• setNeedGhostSwap() : ParticleCashedLayout< T, Dim, Mesh > , ParticleInteractLayout< T, Dim, Mesh >
• setNegativeVerticalExtent() : VerticalFFAMagnet
• setNetworkNeighbors() : SocialNetworkGraph< TopoDiscoveryStrategy_t >
• setNMatrix_m() : MapAnalyser
• setNormalComponent() : BMultipoleField , Multipole , RBend , SBend
• setNormFact() : FFTBase< Dim, T >
• setNr() : IrregularDomain
• setNSlices() : Bend2D , Drift , Multipole
• setNumberOfDistributions() : Distribution
• setNumberOfSweeps() : AmrMultiGrid
• setNumBunch() : MultiBunchHandler , PartBunchBase< T, Dim > , Tracker
• setNumCells() : TravelingWave
• setNumPeriods() : Undulator
• setNumXY() : RegularDomain
• setOff() : ClassicField
• setOn() : ClassicField
• setOpalName() : Object
• setOPCharge() : Stripper
• setOpenMode() : OpalData
• setOperator() : Amesos2BottomSolver< Level > , BelosBottomSolver< Level > , BottomSolver< Matrix, Vector, Level > , MueLuBottomSolver< Level >
• setOPMass() : Stripper
• setOptimizerFlag() : OpalData
• setOptionalVariables() : ParallelTTracker
• setOPYield() : Stripper
• setOrigin3D() : TBeamline< T >
• setOutputFN() : ElementBase
• setOutputLevel() : Inform
• setP() : OpalParticle , PartData
• setP0() : OpalData
• setParent() : Object
• setPartBunch() : OpalData
• setParticle() : PartBunchBase< T, Dim >
• setParticleMatterInteraction() : ElementBase
• setPartNum() : PartBins
• setPBins() : PartBunchBase< T, Dim >
• setPerpenDistance() : RFCavity
• setPhase() : OscillatingField< Field > , RFCavityRep , TravelingWaveRep
• setPhaseError() : RFCavity
• setPhasem() : RFCavity , TravelingWave
• setPhaseModel() : RFCavity , VariableRFCavity
• setPhaseModelName() : RFCavity
• setPhaseName() : VariableRFCavity
• setPhi() : ParallelCyclotronTracker
• setPhi0() : RFCavity
• setPhiEnd() : ScalingFFAMagnet
• setPHIinit() : Cyclotron
• setPhiOffset() : SectorMagneticFieldMap
• setPhiStart() : ScalingFFAMagnet
• setPolarBoundingBox() : SectorField
• setPolynomial() : polynomial::DifferentialOperator , polynomial::DifferentialOperatorTwo
• setPolynomialOrder() : SBend3D
• setPOrigin() : PartBunchBase< T, Dim >
• setPositiveVerticalExtent() : VerticalFFAMagnet
• setPr() : ParallelCyclotronTracker
• setPredefinedValues() : AttributeHandler
• setPressure() : Vacuum
• setPressureMapFN() : Vacuum
• setPreviousH5Local() : ParallelCyclotronTracker
• setPRinit() : Cyclotron
• setPrintNode() : Inform
• setPriorTrack() : OpalData
• setPScale() : Vacuum
• setPsi() : ParallelCyclotronTracker
• setPt() : ParallelCyclotronTracker
• setPType() : PartBunchBase< T, Dim >
• setPx() : OpalParticle
• setPy() : OpalParticle
• setPz() : OpalParticle , ParallelCyclotronTracker
• setPZinit() : Cyclotron
• setQ() : PartData
• setQKs3D() : PartBunchBase< T, Dim >
• setR() : OpalParticle , ParallelCyclotronTracker
• setR0() : ScalingFFAMagnet
• setRadius() : VarRadiusGeometry
• setRadiusTurns() : MultiBunchHandler
• setRangeMax() : IrregularDomain
• setRangeMin() : IrregularDomain
• setReadOnly() : Attribute , AttributeHandler
• setReflectionFlag() : FlaggedElmPtr
• setRefPartBunch() : Ring
• setRelativeFlag() : TBeamline< T >
• setResidualGas() : Vacuum
• setRestartDumpFreq() : OpalData
• setRestartFileName() : OpalData
• setRestartRun() : OpalData
• setRestartStep() : OpalData
• setRFFCoeffFN() : Cyclotron
• setRfFieldMapFN() : Cyclotron
• setRFFreq() : Ring
• setRfFrequ() : Cyclotron
• setRfPhi() : Cyclotron
• setRFVCoeffFN() : Cyclotron
• setRingAperture() : Ring
• setRinit() : Cyclotron
• setRmax() : RFCavity
• setRMax() : ScalingFFAMagnet
• setRmin() : RFCavity
• setRMin() : ScalingFFAMagnet
• setRotation() : Euclid3D , MultipoleT , MultipoleTBase
• setRotationAboutZ() : ElementBase
• setS0() : VarRadiusGeometry
• setScale() : Ring
• setScalingFactor() : AmrObject
• SetSeed() : RNGXDiv , RNGXDivSequence
• setSelectionFlag() : FlaggedElmPtr
• setShared() : Element , Object
• setSigmaP_m() : Distribution
• setSigmaR_m() : Distribution
• setSkewComponent() : BMultipoleField , Multipole , RBend , SBend
• setSlices() : CyclotronRep , RBendRep , SBendRep
• setSmoothingOrder() : SBend3D
• setSolver() : AmrPartBunch , PartBunchBase< T, Dim >
• setSpiralFlag() : Cyclotron
• setSpline() : SplineTimeDependence
• setStart() : ClassicField
• setStartNormal() : RingSection
• setStartPosition() : RingSection
• SetStatistics() : SetStatistics
• setStep() : FM3DH5BlockBase , Probe
• setStepsize() : CyclotronRep , RBendRep , SBendRep
• setStepsPerTurn() : PartBunchBase< T, Dim >
• setSteptoLastInj() : PartBunchBase< T, Dim >
• setStop() : Stripper , Vacuum
• SetStride() : CompressedBrickIterator< T, Dim >
• setSuperpose() : Cyclotron
• setSymmetry() : Cyclotron , Ring , SectorMagneticFieldMap
• setT() : PartBunchBase< T, Dim >
• setTagging() : AmrObject
• setTanDelta() : ScalingFFAMagnet
• setTanhDiffIndices() : endfieldmodel::Tanh
• setTEmission() : PartBunchBase< T, Dim >
• setTemperature() : Vacuum
• setTemporary() : ParticleAttribBase
• setTheta() : ParallelCyclotronTracker
• setTime() : OpalParticle , ParallelTTracker
• setTimeDependence() : AbstractTimeDependence
• setTimeStepForLeavingParticles() : ScatteringPhysics
• setTolerance() : AmrMultiGrid
• setTotalNum() : AbstractParticle< T, Dim > , IpplParticleBase< PLayout > , PartBunchBase< T, Dim >
• setTotalNumPerBunch() : PartBunchBase< T, Dim >
• setTotalTime() : Undulator
• setTransMaxOrder() : MultipoleT , MultipoleTBase
• setTransparent() : Source
• setTransProfile() : MultipoleT , MultipoleTBase
• setTrimCoils() : Cyclotron
• setTrimCoilThreshold() : Cyclotron
• setTruncationOrder() : Undulator
• setTruncOrder() : FTps< T, N > , FVps< T, N >
• setup() : BareField< T, Dim > , Cartesian< Dim, MFLOAT > , FFT< CCTransform, 1U, T > , FFT< CCTransform, Dim, T > , FFT< RCTransform, 1U, T > , FFT< RCTransform, Dim, T > , FFT< SineTransform, 1U, T > , FFT< SineTransform, Dim, T > , FFTPACK< T > , FieldLayout< Dim > , FTpsData< N > , Inform , IpplParticleBase< PLayout > , PartBunchBase< T, Dim > , ParticleCashedLayout< T, Dim, Mesh > , ParticleInteractLayout< T, Dim, Mesh > , ParticleSpatialLayout< T, Dim, Mesh, CachingPolicy > , Pilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t > , RegionLayout< T, Dim, MeshType > , SamplePilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t > , SIndex< Dim > , UniformCartesian< Dim, MFLOAT >
• setup_m() : AmrMultiGrid
• setupBelosList() : MGPoissonSolver
• setupBendGeometry() : Bend2D
• setupCyclotronTracker() : TrackRun
• setUpdateFlag() : AbstractParticle< T, Dim > , IpplParticleBase< PLayout > , PartBunchBase< T, Dim > , ParticleLayout< T, Dim >
• setupDefaultFieldMap() : Bend2D
• setupEmissionModel() : Distribution
• setupEmissionModelAstra() : Distribution
• setupEmissionModelNone() : Distribution
• setupEmissionModelNonEquil() : Distribution
• setupEnergyBins() : Distribution
• setupFieldsolver() : TrackRun
• setupFringeWidths() : Bend2D
• setupFSStructure() : OpalSimulation
• setupMueLuList() : MGPoissonSolver
• setupParticleBins() : Distribution
• setupPoll() : FixedPisaNsga2< CrossoverOperator, MutationOperator > , Optimizer , Pilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t > , Poller , Sampler , Worker< Sim_t >
• setupPusher() : Bend2D
• setupRNG() : LaserProfile
• setupSimulation() : OpalSimulation
• setupThickTracker() : TrackRun
• setupTTracker() : TrackRun
• setVarRadius() : MultipoleT
• setVerbose() : AmrMultiGrid
• setVerticalExtent() : ScalingFFAMagnet
• setWake() : ElementBase
• setWakeFromFile() : GreenWakeFunction
• setWidth() : Septum , VariableRFCavity , VerticalFFAMagnet
• setX() : Euclid3D , interpolation::Interpolator3dGridTo1d , interpolation::Interpolator3dGridTo3d , interpolation::ThreeDGrid , OpalParticle , Vector3D
• SetX0() : endfieldmodel::Enge
• setX0() : endfieldmodel::Tanh
• setY() : Euclid3D , interpolation::Interpolator3dGridTo1d , interpolation::Interpolator3dGridTo3d , interpolation::ThreeDGrid , OpalParticle , Vector3D
• setZ() : Euclid3D , interpolation::Interpolator3dGridTo1d , interpolation::Interpolator3dGridTo3d , interpolation::ThreeDGrid , OpalParticle , ParallelCyclotronTracker , PartBunchBase< T, Dim > , Vector3D
• setZero() : polynomial::Polynomial
• setZinit() : Cyclotron
• SFunction() : SFunction
• SHash() : Expressions::SHash
• shiftBeam() : Distribution
• shiftDistCoordinates() : Distribution
• shiftedIntGreensFunction() : FFTBoxPoissonSolver , FFTPoissonSolver
• shiftZStopLeft() : StepSizeConfig
• shiftZStopRight() : StepSizeConfig
• short_swap_particles() : ParticleSpatialLayout< T, Dim, Mesh, CachingPolicy >
• shouldTrace() : Action , Definition , Element , Macro , Object , Table , ValueDefinition
• shouldUpdate() : Action , Definition , Element , Macro , Object , Table , ValueDefinition
• SigmaGenerator() : SigmaGenerator
• signi() : LOMB_class
• SimpleStatement() : SimpleStatement
• simpson() : GreenWakeFunction
• Simulation() : Simulation
• SIndex() : SIndex< Dim >
• singleInitNode() : AbstractParticle< T, Dim > , IpplParticleBase< PLayout > , PartBunchBase< T, Dim >
• singleMode_m() : ParallelCyclotronTracker
• SingleMultipole() : SingleMultipole< order >
• singleParticleDump() : ParallelCyclotronTracker
• SingularMatrixError() : SingularMatrixError
• size() : AmrParticleLevelCounter< Key, T, Compare, Allocator > , AntiSymTenzor< T, D > , AntiSymTenzor< T, 1 > , Array1D< T > , Array2D< T > , AsyncSendBuffers , BrickCounter< Dim > , BSingleMultipoleField< order > , CommSendInfo , DataConnect , DiscBuffer , DiscMeta , DomainMap< Key, T, Touches, Contains, Split > , FArray1D< T, N > , FArray2D< T, M, N > , IndexMap , interpolation::NDGrid , LField< T, Dim > , LossDataSink , LSIndex< Dim > , Message , NDIndex< Dim > , ParensIterator< Expr > , ParticleAttrib< T > , ParticleAttribConstIterator< T > , ParticleAttribElem< T, Dim > , ParticleAttribIterator< T > , Population< Individual_t > , SIndex< Dim > , SOffset< Dim > , SpecificElementVisitor< ELEM > , SubFieldIter< T, Dim, NDIndex< Dim > > , SubFieldIter< T, Dim, SIndex< Dim > > , SubFieldIter< T, Dim, SOffset< Dim > > , SubParticleAttribIter< PA, T, Dim > , SymTenzor< T, D > , Tenzor< T, D > , vmap< Key, T, Compare >
• size_if() : BareField< T, Dim > , FieldLayout< Dim > , Mesh< Dim >
• size_iv() : FieldLayout< Dim > , RegionLayout< T, Dim, MeshType > , SIndex< Dim >
• size_rdv() : FieldLayout< Dim > , RegionLayout< T, Dim, MeshType >
• size_rgdv() : FieldLayout< Dim >
• SizeError() : SizeError
• skew() : BMultipoleField
• skip() : Statement
• skipComments() : AbsFileStream
• skipper() : client::parser::skipper< Iterator > , SDDS::parser::skipper< Iterator >
• SliceIterator() : SliceIterator< T >
• smooth() : AmrSmoother
• smooth_m() : AmrMultiGrid
• smoothData() : FM3DMagnetoStaticExtended
• SNull() : Expressions::SNull< T >
• SOffset() : SOffset< Dim >
• Solenoid() : Solenoid
• SolenoidRep() : SolenoidRep
• solve() : Amesos2BottomSolver< Level > , AmrMultiGrid , BelosBottomSolver< Level > , BottomSolver< Matrix, Vector, Level > , FMGPoissonSolver , interpolation::PPSolveFactory , MLPoissonSolver , MueLuBottomSolver< Level > , PoissonSolver
• SolveFactory() : interpolation::SolveFactory
• solvePoisson_m() : AmrBoxLib
• solveWithF90_m() : FMGPoissonSolver
• sort() : AmrParticleBase< PLayout > , IpplParticleBase< PLayout > , ParticleAttrib< T > , ParticleAttribBase
• sortArray() : PartBins
• SortAsc() : ClassicField
• sortAscendingZStop() : StepSizeConfig
• SortingPairBuilder() : SortingPairBuilder< PBase >
• sortTerms() : polynomial::DifferentialOperatorTwo , polynomial::PolynomialSum , polynomial::RecursionRelationTwo
• Source() : Source
• SourceRep() : SourceRep
• SpaceTransform() : interpolation::PolynomialCoefficient
• SpecificElementVisitor() : SpecificElementVisitor< ELEM >
• spline() : RFCavity
• SplineTimeDependence() : SplineTimeDependence
• split() : CmdArguments , Index , ManyMasterSplit< TopoDiscoveryStrategy > , NDIndex< Dim > , NDRegion< T, Dim > , PRegion< T >
• Split() : Split< Dim >
• split() : SplitStrategy
• SplitRegion() : SplitRegion< T, Dim >
• splitSets() : LossDataSink
• SplitStrategy() : SplitStrategy
• SquarePolynomialVector() : interpolation::SquarePolynomialVector
• SRefAttr() : Expressions::SRefAttr< T >
• SRefExpr() : Expressions::SRefExpr< T >
• StackEvaluator() : client::code_gen::StackEvaluator
• stagingBegin() : Population< Individual_t >
• stagingEnd() : Population< Individual_t >
• start() : IpplTimerInfo , MacroStream , Statement , Timer
• startCounter() : IpplCounter
• startOptimizer() : Pilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t >
• startPilot() : Pilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t >
• startSampler() : SamplePilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t >
• startSelector() : FixedPisaNsga2< CrossoverOperator, MutationOperator >
• startTimer() : IpplTimings , Timing
• startWorker() : Pilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t > , SamplePilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t >
• stash() : IpplInfo , IpplTimings , Track
• stashEnvironment() : OptimizeCmd , SampleCmd
• stashInstance() : OpalData
• StatBaseWriter() : StatBaseWriter
• StatData() : IpplStats::StatData
• Statement() : Statement
• StaticElectricField() : StaticElectricField
• StaticIpplInfo() : StaticIpplInfo
• StaticMagneticField() : StaticMagneticField
• Statistics() : Statistics< T >
• StatWriter() : StatWriter
• stencil() : AmrInterpolater< Level > , AmrLagrangeInterpolater< Level > , AmrPCInterpolater< Level > , AmrTrilinearInterpolater< Level >
• StencilFilter() : StencilFilter
• step() : BrickCounter< Dim > , BrickIterator< T, Dim > , Index::cursor , ParensIterator< Expr > , SubFieldIter< T, Dim, NDIndex< Dim > > , SubFieldIter< T, Dim, SIndex< Dim > > , SubFieldIter< T, Dim, SOffset< Dim > >
• StepFunctor() : StepFunctor
• Stepper() : Stepper< FieldFunction, Arguments >
• StepSizeConfig() : StepSizeConfig
• stillActive() : BeamStrippingPhysics , ParticleMatterInteractionHandler , ScatteringPhysics
• stop() : IpplTimerInfo , OpalParser , Pilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t >
• Stop() : Stop
• stop() : Timer
• stopCounter() : IpplCounter
• stopTimer() : IpplTimings , Timing
• store() : MasterNode< SolutionState_t, NeighborStrategy_t >
• store_flayout() : RegionLayout< T, Dim, MeshType >
• store_mesh() : Field< T, Dim, M, C > , RegionLayout< T, Dim, MeshType >
• storeArguments() : OpalData
• storeCavityInformation() : DataSink , H5PartWrapper , H5Writer
• storeInputFn() : OpalData
• storeLine() : Sequence
• storeSpacingFields() : Cartesian< Dim, MFLOAT > , UniformCartesian< Dim, MFLOAT >
• storeTitle() : OpalData
• str() : DiscType< T > , DiscType< AntiSymTenzor< T, D > > , DiscType< char > , DiscType< double > , DiscType< float > , DiscType< int > , DiscType< long > , DiscType< short > , DiscType< std::complex< double > > , DiscType< std::complex< float > > , DiscType< SymTenzor< T, D > > , DiscType< Tenzor< T, D > > , DiscType< unsigned char > , DiscType< unsigned int > , DiscType< unsigned long > , DiscType< unsigned short > , DiscType< Vektor< T, D > > , Statement
• StraightGeometry() : StraightGeometry
• Stride() : BrickIterator< T, Dim >
• stride() : Index
• Stride() : ParensIterator< Expr > , SubFieldIter< T, Dim, NDIndex< Dim > > , SubFieldIter< T, Dim, SIndex< Dim > > , SubFieldIter< T, Dim, SOffset< Dim > >
• String() : Attributes::String
• string() : SDDS::parser::string< Iterator, Skipper >
• StringArray() : Attributes::StringArray
• StringConstant() : StringConstant
• StringStream() : StringStream
• StringToSymmetry() : SectorMagneticFieldMap
• stripFileHeader() : Astra1DDynamic_fast , Astra1DElectroStatic_fast , Astra1DMagnetoStatic_fast , FM1DDynamic , FM1DDynamic_fast , FM1DElectroStatic , FM1DElectroStatic_fast , FM1DMagnetoStatic , FM1DMagnetoStatic_fast
• Stripper() : Stripper
• StripperRep() : StripperRep
• sub() : interpolation::MMatrix< Tmplt > , interpolation::MVector< Tmplt >
• SubBareField() : SubBareField< T, Dim, S >
• subEquals() : interpolation::Mesh , interpolation::NDGrid , interpolation::ThreeDGrid
• SubField() : SubField< T, Dim, M, C, S >
• SubFieldIter() : SubFieldIter< T, Dim, NDIndex< Dim > > , SubFieldIter< T, Dim, SIndex< Dim > > , SubFieldIter< T, Dim, SOffset< Dim > >
• SubFieldIterBase() : SubFieldIterBase< T, Dim, S, ExprDim >
• subOne() : interpolation::Mesh , interpolation::NDGrid , interpolation::ThreeDGrid
• SubParticleAttrib() : SubParticleAttrib< PA, T, Dim >
• SubParticleAttribIter() : SubParticleAttribIter< PA, T, Dim >
• substitute() : FTps< T, N > , FVps< T, N > , LinearFun< T, N > , LinearMap< T, N > , Tps< T > , TransportFun< T, N > , TransportMap< T, N > , VpsMap< T >
• substituteInto() : FVps< T, N > , LinearMap< T, N > , TransportMap< T, N > , VpsMap< T >
• subtractField() : BDipoleField , BMultipoleField
• sum() : HashPairBuilder< PBase > , Taylor< T >
• SUnary() : Expressions::SUnary< T, U >
• supported() : CommCreator , DataConnectCreator
• SValue() : Expressions::SValue< T >
• swap() : Astra1D_fast , Astra1DDynamic , Astra1DDynamic_fast , Astra1DElectroStatic , Astra1DElectroStatic_fast , Astra1DMagnetoStatic , Astra1DMagnetoStatic_fast , Fieldmap , FM1DDynamic , FM1DDynamic_fast , FM1DElectroStatic , FM1DElectroStatic_fast , FM1DMagnetoStatic , FM1DMagnetoStatic_fast , FM1DProfile1 , FM1DProfile2 , FM2DDynamic , FM2DElectroStatic , FM2DMagnetoStatic , FM3DDynamic , FM3DH5BlockBase , FM3DMagnetoStatic , FM3DMagnetoStaticExtended , FMDummy , OpalBeamline , PartBunch , PartBunchBase< T, Dim > , SectorMagneticFieldMap , vmap< Key, T, Compare >
• swap_ghost_particles() : ParticleCashedLayout< T, Dim, Mesh > , ParticleInteractLayout< T, Dim, Mesh >
• swap_particles() : ParticleSpatialLayout< T, Dim, Mesh, CachingPolicy >
• swapColumns() : Array2D< T > , FArray2D< T, M, N >
• swapData() : LField< T, Dim >
• swapRows() : Array2D< T > , FArray2D< T, M, N >
• swapXY() : LaserProfile
• switchElements() : OpalBeamline
• switchElementsOff() : OpalBeamline
• SwitcherError() : SwitcherError
• switchOffUnitlessPositions() : PartBunchBase< T, Dim >
• switchToUnitlessPositions() : PartBunchBase< T, Dim >
• SymmetricDifference() : mslang::SymmetricDifference
• SymmetryToString() : SectorMagneticFieldMap
• symplex() : RealDiracMatrix
• SymTenzor() : SymTenzor< T, D >
• System() : System
• system_time() : Timer