Here is a list of all class members with links to the classes they belong to:

- m -

• m : ListElem , Matrix3D
• M() : Euclid3D , PartBunchBase< T, Dim >
• m_changePhysical : BCondBase< T, D, M, C >
• m_component : EurekaAssign< Vektor< T, D > > , EurekaAssign< Tenzor< T, D > > , EurekaAssign< AntiSymTenzor< T, D > > , EurekaAssign< SymTenzor< T, D > > , BCondBase< T, D, M, C > , EurekaAssign< T >
• m_face : BCondBase< T, D, M, C >
• Macro() : Macro
• macrocharge_m : TrackRun
• MacroCmd() : MacroCmd
• macromass_m : TrackRun
• MacroStream() : MacroStream
• MAGNET_END : OpalScalingFFAMagnet
• MAGNET_START : OpalScalingFFAMagnet
• mainDirectory : OpalDataImpl
• make() : Expressions::ASUnary< T > , Expressions::SBinary< T, U > , Expressions::SNull< T > , Expressions::SUnary< T, U >
• make_beam() : minimal_runner.MinimalRunner
• make_class() : PyOpal::PyOpalObjectNS::PyOpalObject< C > , PyOpal::PyLine_< C >
• make_distribution() : minimal_runner.MinimalRunner
• make_element_class() : PyOpal::PyOpalObjectNS::PyOpalObject< C >
• make_element_iterable() : minimal_runner.MinimalRunner
• make_field_solver() : minimal_runner.MinimalRunner
• make_generic_class() : PyOpal::PyOpalObjectNS::PyOpalObject< C >
• make_globalID() : DiscField< Dim >
• make_line() : minimal_runner.MinimalRunner
• make_option() : minimal_runner.MinimalRunner
• make_ring() : minimal_runner.MinimalRunner
• make_rnodes() : RegionLayout< T, Dim, MeshType >
• make_track() : minimal_runner.MinimalRunner
• make_track_run() : minimal_runner.MinimalRunner
• makebuffer() : Communicate
• makeColumnExpression() : Table
• makeDirty() : OpalData
• MakeExpression() : PETE_TTTree< Value_t, Left_t, Middle_t, Right_t > , SubBareField< T, Dim, S > , SubFieldIter< T, Dim, NDIndex< Dim > > , SubFieldIter< T, Dim, SIndex< Dim > > , SubFieldIter< T, Dim, SOffset< Dim > > , SubParticleAttribIter< PA, T, Dim > , SubParticleAttrib< PA, T, Dim > , SequenceGen< GT > , BareField< T, Dim > , BrickIterator< T, Dim > , IndexedBareField< T, Dim, Brackets > , Index::cursor , Index , ParticleAttrib< T > , ParticleAttribIterator< T > , ParticleAttribConstIterator< T > , ParticleAttribElem< T, Dim > , ParticleAttribElemIterator< T, Dim > , PETE_Scalar< T > , PETE_TUTree< Value_t, Child_t > , PETE_TBTree< Value_t, Left_t, Right_t >
• makeInstance() : Object , LineTemplate , SequenceTemplate , MacroCmd
• makeMonomial() : Tps< T > , FTps< T, N >
• makeNDIndex() : SubBareField< T, Dim, S > , SubFieldIter< T, Dim, NDIndex< Dim > > , SubFieldIter< T, Dim, SIndex< Dim > > , SubFieldIter< T, Dim, SOffset< Dim > > , SubParticleAttribIter< PA, T, Dim > , SubParticleAttrib< PA, T, Dim >
• MakeNewLevel() : AmrBoxLib
• MakeNewLevelFromCoarse() : AmrBoxLib
• MakeNewLevelFromScratch() : AmrBoxLib
• MakePolyVector() : interpolation::SquarePolynomialVector
• makePower() : FTps< T, N >
• makeSharable() : ElementBase , TBeamline< T >
• MakeSquareDerivVector() : interpolation::SolveFactory
• MakeSquareVector() : interpolation::SolveFactory
• makeTemplate() : Object , Line , LineTemplate , Sequence , SequenceTemplate , MacroCmd
• makeVariable() : Tps< T > , FTps< T, N > , LinearFun< T, N > , TransportFun< T, N >
• makeVarPower() : Tps< T > , FTps< T, N >
• ManagedIDs() : ManagedIDs
• manager_t : MueLuBottomSolver< Level >
• manhattenDistance() : SocialNetworkGraph< TopoDiscoveryStrategy_t >
• ManyMasterSplit() : ManyMasterSplit< TopoDiscoveryStrategy >
• Map : SigmaGenerator , _Fieldmap::FieldmapDescription
• map : PyPolynomialPatch::PyPolynomialPatch , PySquarePolynomialMap::PyPolynomialMap
• map2domain_m() : LatinHyperCube
• map2vector_m() : AmrMultiGrid
• map_m : SBend3D
• map_p : AmrMultiGridLevel< MatrixType, VectorType > , MGPoissonSolver
• map_t : IndexMap , ThickTracker , Ifpack2Preconditioner< Level > , MueLuPreconditioner< Level >
• map_type : MapGenerator< Value_type, Size_type, Series_type, Map_type, Hamiltonian_type, Space_charge_type >
• MapAnalyser() : MapAnalyser
• mapAnalysis_m : MapAnalyser
• mapCombination_m : ThickTracker
• mapCreation_m : ThickTracker
• mapElement2Range_m : IndexMap
• MapGenerator() : MapGenerator< Value_type, Size_type, Series_type, Map_type, Hamiltonian_type, Space_charge_type >
• mapIndices2Voxel() : BoundaryGeometry
• mapped_type : DomainMap< Key, T, Touches, Contains, Split >
• mappedStartExitField_m : TravelingWave
• mapPoint2Voxel() : BoundaryGeometry
• mapRange2Element_m : IndexMap
• maps_m : interpolation::NDGrid , interpolation::ThreeDGrid
• mapTracking_m : ThickTracker
• mapVoxelIndices2ID() : BoundaryGeometry
• mark() : Statement
• Marker() : Marker
• MarkerRep() : MarkerRep
• mask : AmrMultiGridLevel< MatrixType, VectorType >
• Mask : AmrMultiGridLevel< MatrixType, VectorType >
• mask_t : BoxLibLayout< T, Dim > , AmrMultiGridLevel< MatrixType, VectorType >
• masks_m : BoxLibLayout< T, Dim >
• mass : minimal_runner.MinimalRunner
• mass_coeff : RK4< FieldFunction, Arguments >
• mass_m : OpalParticle , PartData , BeamStrippingPhysics , ScatteringPhysics , SigmaGenerator
• massDensity_m : Physics::Material
• massPerParticle_m : PartBunchBase< T, Dim >
• master_comm_ : MasterNode< SolutionState_t, NeighborStrategy_t >
• master_local_pid : Comm::Bundle_t
• master_node_ : Pilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t >
• master_pid : Comm::Bundle_t
• MasterNode() : MasterNode< SolutionState_t, NeighborStrategy_t >
• MasterNode_t : Pilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t >
• match() : SigmaGenerator , RegularExpression
• matches() : Table
• matchType() : SubFieldIter< T, Dim, NDIndex< Dim > > , SubFieldIter< T, Dim, SIndex< Dim > > , SubFieldIter< T, Dim, SOffset< Dim > > , SubParticleAttribIter< PA, T, Dim >
• Material() : Physics::Material
• material_m : ScatteringPhysics
• matingSelection() : FixedPisaNsga2< CrossoverOperator, MutationOperator >
• Matrix() : Matrix< T >
• Matrix3D() : Matrix3D
• matrix_t : RealDiracMatrix , SigmaGenerator , Amesos2BottomSolver< Level > , AmrMultiGrid , AmrMultiGridLevel< MatrixType, VectorType > , AmrSmoother , BelosBottomSolver< Level > , MueLuBottomSolver< Level >
• matrix_type : MapGenerator< Value_type, Size_type, Series_type, Map_type, Hamiltonian_type, Space_charge_type >
• max() : interpolation::NDGrid , Index , PRegion< T >
• MAX_HORIZONTAL_POWER : OpalVerticalFFAMagnet
• max_m : PeakFinder , IrregularDomain
• max_NormalComponent_m : Multipole
• MAX_NUM_PARTICLES : AmrObject
• MAX_ORDER : OpalVariableRFCavityFringeField
• MAX_R : OpalRingDefinition
• max_rss_m : IpplMemoryUsage
• max_size() : vmap< Key, T, Compare >
• max_SkewComponent_m : Multipole
• max_steps : minimal_runner.MinimalRunner
• MAX_Y_POWER : OpalScalingFFAMagnet
• maxAngle_m : Bend2D
• maxExtent : BoundaryGeometry
• maxExtent_m : BoundaryGeometry
• MaxFFTNodes : IpplInfo , StaticIpplInfo
• maxFFTNodes() : IpplInfo
• MAXFORDER : OpalMultipoleT , OpalMultipoleTCurvedConstRadius , OpalMultipoleTCurvedVarRadius , OpalMultipoleTStraight
• maxGenerations_m : FixedPisaNsga2< CrossoverOperator, MutationOperator >
• MaxGlobalInterRadius : ParticleCashedLayout< T, Dim, Mesh > , ParticleInteractLayout< T, Dim, Mesh >
• maxgrid : AmrObject::AmrInfo
• maximumAmplitudes() : PartBunchBase< T, Dim >
• maxiter_m : AmrMultiGrid , BelosBottomSolver< Level >
• maxIterations_m : OutputPlane
• maxiters_m : MGPoissonSolver
• maxLevel() : AmrBoxLib , AmrObject , BoxLibLayout< T, Dim >
• maxlevel : AmrObject::AmrInfo
• maxLevel_m : ParticleAmrLayout< T, Dim >
• maxNumPart_m : AmrObject
• maxOrd : TpsRep< T > , FTpsRep< T, N >
• maxOrder_m : MultipoleT , MultipoleTBase , ScalingFFAMagnet , VariableRFCavityFringeField , VerticalFFAMagnet
• maxOrderX_m : MultipoleT , MultipoleTCurvedConstRadius , MultipoleTCurvedVarRadius
• maxPhases_m : OpalDataImpl
• MAXR : OpalCyclotron
• maxR2_m : Ring
• maxr_m : Cyclotron , Vacuum
• maxR_m : DistributionMoments
• MaxRefRatio() : BoxLibLayout< T, Dim >
• maxSize : TpsData
• maxSteps_m : ParallelCyclotronTracker
• maxTrackSteps_m : OpalDataImpl
• maxValue_m : ValueRange< T >
• maxX() : interpolation::ThreeDGrid
• MAXXORDER : OpalMultipoleT , OpalMultipoleTCurvedConstRadius , OpalMultipoleTCurvedVarRadius
• maxXorder_m : polynomial::Polynomial
• maxY() : interpolation::ThreeDGrid
• MAXZ : OpalCyclotron
• maxZ() : interpolation::ThreeDGrid
• maxz_m : Cyclotron , Vacuum
• MB : IpplMemoryUsage
• mbHandler_m : ParallelCyclotronTracker
• mBinomial_m : Distribution
• mbWriter_m : DataSink
• mbWriter_t : DataSink
• MDependentBehavior() : Distribution::MDependentBehavior
• mean : MultiBunchHandler::beaminfo_t
• meanE_m : H5PartWrapperForPC
• meanExcitationEnergy_m : Physics::Material
• meanGamma_m : DistributionMoments
• meanKineticEnergy_m : DistributionMoments
• meanMomentum_m : H5PartWrapperForPC
• meanP_m : DistributionMoments
• meanR_m : DistributionMoments
• meanTime_m : DistributionMoments
• meas_filename_ : MaxNormRadialPeak , SumErrSqRadialPeak
• measurement : Measurement
• measurements_ : SumErrSq
• MemberType : SequenceMember
• MemoryProfiler() : MemoryProfiler
• MemoryWriter() : MemoryWriter
• merge() : OpalBeamline
• mergeOffspring() : FixedPisaNsga2< CrossoverOperator, MutationOperator >
• Mesh() : Mesh< Dim >
• mesh : Field< T, Dim, Mesh, Centering >
• Mesh : interpolation::Mesh::Iterator , interpolation::Mesh
• mesh2_m : FFTBoxPoissonSolver , FFTPoissonSolver
• mesh2_mp : P3MPoissonSolver
• mesh3_m : FFTPoissonSolver
• mesh3_mp : P3MPoissonSolver
• mesh4_m : FFTPoissonSolver
• mesh4_mp : P3MPoissonSolver
• mesh_m : OpalDataImpl , interpolation::Mesh::Iterator , FFTBoxPoissonSolver , FFTPoissonSolver , MGPoissonSolver , FieldSolver
• mesh_mp : P3MPoissonSolver
• Mesh_t : Field< T, Dim, Mesh, Centering >
• MeshBC : Cartesian< Dim, MFLOAT >
• MeshBC_E_Names : Mesh< Dim >
• Mesher() : Mesher
• MeshGenerator() : MeshGenerator
• MESHLENGTH : OpalUndulator
• meshLength_m : Undulator
• meshPosition : Cartesian< Dim, MFLOAT >
• MESHRESOLUTION : OpalUndulator
• meshResolution_m : Undulator
• meshScaling_m : AmrBoxLib
• meshSpacing : Cartesian< Dim, MFLOAT > , UniformCartesian< D, T >
• MeshType : MeshGenerator
• MeshValue_t : Cartesian< Dim, MFLOAT > , UniformCartesian< D, T >
• MeshVektor_t : Cartesian< Dim, MFLOAT > , UniformCartesian< D, T >
• MeshVertices : RegionLayout< T, Dim, MeshType >
• message : ClassicException
• Message() : Message
• MessageData() : Communicate::MessageData
• messageHeader_m : Bend2D
• MessageReceiveChecks : IpplStats
• MessageReceiveChecksFailed : IpplStats
• MessagesReceived : IpplStats
• MessagesReceivedFromNetwork : IpplStats
• MessagesReceivedFromQueue : IpplStats
• MessagesSent : IpplStats
• MessagesSentToOthers : IpplStats
• MessagesSentToSelf : IpplStats
• MetaFile : DiscMeta
• meth_ : IpplException , OptPilotException , SDDSParserException
• method : ClassicException
• method_m : TrackRun
• MFIter_t : AmrBoxLib
• mglevel_m : AmrMultiGrid
• MGPoissonSolver() : MGPoissonSolver
• MiB : IpplMemoryUsage
• Middle : PETE_TTTree< Value_t, Left_t, Middle_t, Right_t >
• min() : interpolation::NDGrid , Index , PRegion< T >
• min_m : PeakFinder , IrregularDomain
• MIN_NUM_PARTICLES : AmrObject
• MIN_R : OpalRingDefinition
• minBinEmitted_m : ParallelTTracker
• Mincol : PART
• minExtent : BoundaryGeometry
• minExtent_m : BoundaryGeometry
• minimizeNumberOfRectangles() : mslang::Mask
• minimum() : ProbeHistReader
• minNumPart_m : AmrObject
• minOrd : FTpsRep< T, N >
• MINR : OpalCyclotron
• minR2_m : Ring
• minr_m : Cyclotron , Vacuum
• minR_m : DistributionMoments
• MINRES : AmrMultiGrid
• minStepforReBin_m : ParallelTTracker
• minValue_m : ValueRange< T >
• MinWidth : FieldLayout< Dim >
• minX() : interpolation::ThreeDGrid
• minY() : interpolation::ThreeDGrid
• minZ() : interpolation::ThreeDGrid
• MINZ : OpalCyclotron
• minz_m : Vacuum , Cyclotron
• mirrorRhoField() : FFTPoissonSolver , P3MPoissonSolver
• misalignment_m : ElementBase
• missingValuesWarning() : _Fieldmap
• mlmg_m() : MLPoissonSolver
• MLPoissonSolver() : MLPoissonSolver
• MMatrix() : interpolation::MMatrix< Tmplt >
• MMatrix< double > : interpolation::MVector< Tmplt > , interpolation::MMatrix< Tmplt >
• MMatrix< Tmplt > : interpolation::MVector< Tmplt >
• mod() : HashPairBuilder< PBase >
• mod_m : FromFile
• MODE : OpalTravelingWave , SDDS::data
• mode_m : SDDS::data , TravelingWave , SDDSWriter , MultiBunchHandler , ParallelCyclotronTracker
• modified : OpalDataImpl , Object
• Molybdenum() : Physics::Molybdenum
• moment() : LOMB_class
• MOMENTA : AmrObject
• moments_m : DistributionMoments
• momentsComputer_m : PartBunchBase< T, Dim >
• momentum : minimal_runner.MinimalRunner
• momentumTolerance_m : PartData
• MomentumX_m : Degrader
• MomentumY_m : Degrader
• MomentumZ_m : Degrader
• Monitor() : Monitor
• MonitorRep() : MonitorRep
• MonitorStatisticsWriter() : MonitorStatisticsWriter
• moveBy() : BrickIterator< T, Dim >
• MPI : CommCreator
• mpiComm() : CommSplitter< Strategy_t >
• msg : Communicate::MessageData , assertion
• msg_m : IpplCounter
• MsgBuf : Inform
• MsgBuffer() : MsgBuffer
• MsgCount : ParticleUniformLayout< T, Dim >
• MsgDest : Inform
• MsgItem() : Message::MsgItem
• MsgItemBuf() : Message::MsgItem::MsgItemBuf
• MsgItemList : Message
• MsgLevel : Inform
• MsgNum_t : Communicate
• MtsTracker() : ParallelCyclotronTracker
• Mturn_m : MapGenerator< Value_type, Size_type, Series_type, Map_type, Hamiltonian_type, Space_charge_type >
• MueLuBottomSolver() : MueLuBottomSolver< Level >
• mueluList_m : MueLuBottomSolver< Level >
• MueLuList_m : MGPoissonSolver
• MueLuPreconditioner() : MueLuPreconditioner< Level >
• MueLuPreconditioner_t : AmrMultiGrid
• MueLuSolver_t : AmrMultiGrid
• MueLuTpetraOperator_t : MGPoissonSolver
• mult() : mslang::AffineTransformation
• MultiBunchBinning : MultiBunchHandler
• MultiBunchDump() : MultiBunchDump
• MultiBunchHandler() : MultiBunchHandler
• MultiBunchMode : MultiBunchHandler
• multiplicative_expr : client::parser::expression< Iterator >
• multiplicative_op : client::parser::expression< Iterator >
• multiply() : LinearFun< T, N > , Tps< T > , TransportFun< T, N > , FTps< T, N >
• multiplyPolynomial() : polynomial::DifferentialOperatorTwo , polynomial::PolynomialSum , polynomial::DifferentialOperator , polynomial::Polynomial
• multiplyVariable() : TransportFun< T, N > , FTps< T, N > , Tps< T >
• Multipole() : Multipole
• MultipoleRep() : MultipoleRep
• MultipoleT() : MultipoleT
• MultipoleTBase() : MultipoleTBase
• MultipoleTCurvedConstRadius() : MultipoleTCurvedConstRadius
• MultipoleTCurvedVarRadius() : MultipoleTCurvedVarRadius
• MultipoleTStraight() : MultipoleTStraight
• mutate() : IndependentBitMutation< T > , OneBitMutation< T >
• Mutation : OptimizeCmd
• mutationProbability_m : Variator< ind_t, CrossoverOperator, MutationOperator >
• mutationSelection() : OptimizeCmd
• mv_t : MueLuBottomSolver< Level > , BelosBottomSolver< Level > , AmrMultiGrid , Amesos2BottomSolver< Level >
• MVector() : interpolation::MVector< Tmplt >
• my_auto_ptr() : my_auto_ptr< X >
• my_comm_world_ : CommSplitter< Strategy_t >
• my_core_id_ : CommTopology
• my_coworker_comm_ : CommSplitter< Strategy_t >
• my_local_pid_ : Sampler
• my_opt_comm_ : CommSplitter< Strategy_t >
• my_rank_in_opt_comm_ : Pilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t >
• my_rank_in_worker_comm_ : Pilot< Opt_t, Sim_t, SolPropagationGraph_t, Comm_t >
• my_worker_comm_ : CommSplitter< Strategy_t >
• MyArgc : IpplInfo , StaticIpplInfo
• MyArgv : IpplInfo , StaticIpplInfo
• MyBareField : BareFieldIterator< T, D > , SubFieldIterBase< T, Dim, S, ExprDim >
• mybarrier() : Communicate , CommMPI
• myBox0() : DiscField< Dim >
• MyBrackets : SubFieldIterBase< T, Dim, S, ExprDim >
• MyDomain : SubParticleAttrib< PA, T, Dim > , DomainMap< Key, T, Touches, Contains, Split >::Node , SubBareField< T, Dim, S > , SubFieldIterBase< T, Dim, S, ExprDim >
• myElements : ParallelCyclotronTracker
• myField : FileFieldDataSource< T, Dim, M, C >
• MyField : FieldPrint< T, Dim > , FieldDataSource< T, Dim, M, C >
• myFieldmap_m : Solenoid
• myHost : Communicate
• MyID : DataConnect
• myID_ : MasterNode< SolutionState_t, NeighborStrategy_t > , SocialNetworkGraph< TopoDiscoveryStrategy_t >
• myInverse() : FVps< T, N >
• Mylar() : Physics::Mylar
• MyName : NamedObj
• MyNode : IpplInfo , StaticIpplInfo
• myNode() : IpplInfo , Communicate
• myNode_m : ParallelCyclotronTracker
• MyParticles : FileParticleAttribDataSource< T > , FileIpplParticleBaseDataSource< T >
• MyPid() : MyPid
• mypid_ : MyPid
• myreceive() : CommMPI , Communicate
• mysend() : CommMPI , Communicate
• MySMP : DiscConfig
• mySMP() : IpplInfo , DiscConfig , DiscField< Dim >
• mySMPNode() : IpplInfo