| CBDS::ActionAngleCoord | Simple struct for storing action/angle pairs to aid readability. Implementation detail |
| ►CAnalysis | Base class for any TTree analysis |
| CBeamAnalysis | Analysis of the options tree |
| ►CEventAnalysis | Event level analysis |
| CEventAnalysisOrbit | Simple analysis to pull out first hit in each sampler |
| CModelAnalysis | Analysis of the model tree |
| COptionsAnalysis | Analysis of the options tree |
| CRunAnalysis | Analysis of a run |
| CAnalysisUtilities | Simple class to hold all unbound functions for ROOT |
| ►Caperturetypes_def | Type definition for aperture - used for comparison in factory methods |
| CBDSTypeSafeEnum< aperturetypes_def, int > | |
| CGMAD::Array | Representation of arrays used in tokens |
| Carrayreflectiontypes_def | Type definition for array reflections |
| CBDSAcceleratorComponentRegistry | A registry of constructed BDSAcceleratorComponent instances that can be searched |
| CBDSAcceleratorModel | A holder class for all representations of the accelerator model created in BDSIM |
| CBDSApertureInfo | Holder class for all information required to describe an aperture |
| CBDSAperturePointsCache | A holder for loaded aperture points files |
| CBDSAperturePointsLoader< T > | A loader for up to set of XY points for an aperture |
| ►CBDSArray4D | 4D array and base class for 3,2 & 1D arrays |
| ►CBDSArray3D | 3D array class |
| ►CBDSArray2D | 2D array |
| CBDSArray1D | 1D array for completeness in array system |
| ►CBDSArray4DCoords | Overlay of 4D array that provides uniform only spatial coordinate mapping |
| ►CBDSArray3DCoords | 3D array with spatial mapping derived from BDSArray4DCoords |
| ►CBDSArray2DCoords | 2D array with spatial mapping derived from BDSArray4DCoords |
| ►CBDSArray1DCoords | 1D array with spatial mapping derived from BDSArray4DCoords |
| CBDSArray1DCoordsTransformed | Wrapped BDSArray1DCoords with possible transformation to extend field |
| CBDSArray2DCoordsRDipole | A wrapper to achieve 2D reflection of a minimal dipole field solve |
| CBDSArray2DCoordsRQuad | A wrapper to achieve 2D reflection of a minimal quadrupole field solve |
| CBDSArray2DCoordsTransformed | Wrapped BDSArray2DCoords with possible transformation to extend field |
| CBDSArray3DCoordsTransformed | Wrapped BDSArray3DCoords with possible transformation to extend field |
| CBDSArray4DCoordsTransformed | Wrapped BDSArray4DCoords with possible transformation to extend field |
| CBDSArrayInfo | Simple holder of information about an array |
| ►CBDSArrayOperatorIndex | Interface for modifying by reference array indices |
| CBDSArrayOperatorIndexFlip | 1D array for completeness in array system |
| CBDSArrayOperatorIndexReflect | 1D array for completeness in array system |
| CBDSArrayOperatorIndexV | Vectorised version of BDSArrayOperatorIndex |
| ►CBDSArrayOperatorValue | Interface for modifying field values |
| CBDSArrayOperatorValueFlip | Flip field component in individual dimensions if out of original array bounds |
| CBDSArrayOperatorValueReflect | Reflect field component in individual dimensions |
| CBDSArrayOperatorValueReflectDipoleXY | Reflect field values for a dipolar field in the positive quadrant |
| CBDSArrayOperatorValueReflectDipoleY | Reflect field values for a dipolar field about the x-z plane |
| CBDSArrayOperatorValueReflectQuadrupoleXY | Reflect field values for a quadrupole field in the positive quadrant |
| CBDSArrayOperatorValueReflectSolenoidZ | Reflect field values for a solenoid-like field in the z axis |
| CBDSArrayOperatorValueV | A vectorised version of BDSArrayOperatorValueV |
| ►CBDSAuxiliaryNavigator | Extra G4Navigator to get coordinate transforms |
| CBDSFieldEGlobal | A base class for electric fields in local to be used in global coordinates |
| CBDSFieldEMGlobal | A base class for electro-magnetic fields in local to be used in global coordinates |
| CBDSFieldMagGlobal | A base class for magnetic fields in local to be used in global coordinates |
| ►CBDSIntegratorDipoleFringe | Integrator that ignores the field and uses the analytical solution for a dipole kick |
| CBDSIntegratorDipoleFringeScaling | Derived fringe field integrator that does normalise to momentum |
| ►CBDSIntegratorMag | Common functionality to BDSIM integrators |
| CBDSIntegratorDipoleQuadrupole | Integrator for combined dipole and quadrupolar field |
| CBDSIntegratorDipoleRodrigues | Stepper that calculates trajectory through uniform magnetic field |
| CBDSIntegratorEuler | BDSIM 2nd order Euler integration |
| ►CBDSIntegratorEulerOld | Common functionality for Euler integrators |
| CBDSIntegratorDecapole | Integrator for Decapolar field |
| CBDSIntegratorOctupole | Integrator for octupole field |
| CBDSIntegratorSextupole | Integrator for sextupole field |
| CBDSIntegratorG4RK4MinStep | Integrator that wraps a G4ClassicalRK4 and below a minimum step size uses a drift |
| CBDSIntegratorKickerThin | Integrator for thin h or v kick |
| CBDSIntegratorMultipoleThin | Integrator that ignores the field and uses the analytical solution to a multipole |
| CBDSIntegratorParallelTransport | Integrator that just moves the particle parallel to the s axis |
| CBDSIntegratorQuadrupole | Integrator that ignores the field and uses the analytical solution to a quadrupole |
| ►CBDSIntegratorRMatrixThin | Integrator that just moves the particle parallel to the s axis |
| CBDSIntegratorCavityFringe | Integrator for RF cavity fringes. Only the transverse momentum kicks are applied, this integrator will not accelerate any particles |
| CBDSIntegratorSolenoid | Integrator that ignores the field and uses the analytical solution to a solenoid |
| CBDSIntegratorTeleporter | Custom unphysical integrator to advance particle in teleporter |
| CBDSBeamline | A vector of BDSBeamlineElement instances - a beamline |
| CBDSBeamlineElement | A class that holds a fully constructed BDSAcceleratorComponent as well as any information relevant to its position within the beamline |
| CBDSBeamlineIntegral | A class that holds the current integrated quantities along a beam line |
| CBDSBeamlineSet | Simple struct to return a beamline plus associated beam lines |
| CBDSBeamPipeFactory | The main interface for using the beam pipe factories |
| CBDSBeamPipeInfo | Holder class for all information required to describe a beam pipe model |
| CBDSBLMFactory | Factory for building BLMs |
| CBDSBLMRegistry | Registry of all BLMs so we know each one uniquely |
| ►CBDSBunch | The base class for bunch distribution generators |
| CBDSBunchBox | A bunch distribution that produces an uncorrelated uniform random distribution within a 6D box |
| CBDSBunchCircle | An uncorrelated uniform random distribution within a circle in each dimension |
| CBDSBunchComposite | A distribution that allows mixing of three different distributions in each primary dimension |
| CBDSBunchCompositeSDE | A distribution that allows mixing of three different distributions in each primary dimension |
| CBDSBunchEShell | An uncorrelated uniform random distribution within an elliptical shell |
| ►CBDSBunchFileBased | An intermediate layer for any bunch classes that are file based |
| CBDSBunchEventGenerator | A wrapper of BDSBunch to include a filter for the events loaded by an event generator |
| CBDSBunchPtc | A bunch distribution that reads a PTC inrays file |
| CBDSBunchUserFile< T > | A bunch distribution that reads a user specified column file |
| ►CBDSBunchGaussian | Common functionality for a 6D Gaussian distribution |
| CBDSBunchSigmaMatrix | A 6D Gaussian distribution based on a covariance matrix |
| CBDSBunchTwiss | A bunch distribution according to the twiss parameterisation |
| CBDSBunchHalo | A halo distribution based on both twiss parameters and sigmas |
| CBDSBunchHaloFlatSigma | Bunch halo distribution where the PDF is uniformly distribution in sigma |
| CBDSBunchRing | A bunch distribution that produces an uncorrelated random uniform distribution along a circle in phase space |
| CBDSBunchSixTrack | A bunch distribution that reads a SixTrack hits file |
| CBDSBunchSixTrackLink | A bunch distribution that holds a bunch from Sixtrack Link |
| CBDSBunchSphere | A bunch distribution that produces an uncorrelated uniform random direction distribution over a sphere. The position, energy and time are all reference |
| CBDSBunchSquare | A bunch distribution that produces an uncorrelated uniform random distribution within a square in phase space |
| CBDSBunchFactory | Factory class for BDSBunch |
| CBDSCavityFactory | Interface to create any RF cavity geometry |
| CBDSCavityInfo | Holder for all Geometrical information required to create an RF cavity |
| CBDSColourFromMaterial | Automatic colours from materials |
| CBDSColours | Colour class that holds all colours used in BDSIM |
| ►CBDSColourScale | Base class for a colour scaler class |
| CBDSColourScaleMagma | Colour scale based on magma colour map |
| CBDSColourScaleViridis | Colour scale based on viridis colour map |
| CBDSColourWheel | Three colours that are supplied sequentially |
| CBDSComponentConstructor | Interface class the developer should derive to construct their element |
| CBDSComponentFactory | Factory to produce all types of BDSAcceleratorComponents |
| CBDSComponentFactoryUser | Factory for user specified accelerator components |
| CBDSComptonEngine | Engine to calculate product of compton scattering process |
| CBDSCrystalInfo | Holder for all information required to create a crystal |
| CBDSCurvilinearBuilder | Factory for simple parallel geometry for curvilinear coordinates |
| CBDSCurvilinearFactory | Factory to create curvilinear geometry for parallel world |
| CBDSExecOptions | Executable option processing for BDSIM |
| ►CBDSExtent | Holder for +- extents in 3 dimensions |
| CBDSExtentGlobal | Holder for +- extents in 3 dimensions with a rotation and translation |
| ►CBDSFactoryBase | Common temporary storage for all factories no matter what geometry |
| ►CBDSBeamPipeFactoryBase | Abstract base class for beampipe factory classes |
| CBDSBeamPipeFactoryCircular | Factory for circular beam pipes |
| CBDSBeamPipeFactoryCircularVacuum | Factory for vacuum-only circular volumes |
| CBDSBeamPipeFactoryElliptical | Factory for elliptical beam pipes |
| CBDSBeamPipeFactoryLHC | Factory for simple lhc aperture model beam pipes |
| CBDSBeamPipeFactoryLHCDetailed | Factory for detailed lhc aperture model beam pipes |
| ►CBDSBeamPipeFactoryPoints | Factory for beam pipes defined by a series of x,y points that are extruded |
| CBDSBeamPipeFactoryClicPCL | Factory for CLIC post collision line beam pipes |
| CBDSBeamPipeFactoryOctagonal | Factory for octagonal aperture model beampipes |
| CBDSBeamPipeFactoryPointsFile | Factory for beam pipe made from an list of x,y points in a file |
| CBDSBeamPipeFactoryRaceTrack | Factory for racetrack aperture model beampipes |
| CBDSBeamPipeFactoryRhombus | Factory for rhombus aperture model beampipes |
| CBDSBeamPipeFactoryRectEllipse | Factory for rectellipse aperture model beampipes |
| CBDSBeamPipeFactoryRectangular | Factory for rectangular beam pipes |
| ►CBDSCavityFactoryBase | Abstract base class for rf cavity geometry factories |
| CBDSCavityFactoryElliptical | Factory for elliptical SRF cavity geometry |
| CBDSCavityFactoryPillBox | Factory for elliptical SRF cavity geometry |
| CBDSCavityFactoryRectangular | Factory for elliptical SRF cavity geometry |
| CBDSCrystalFactory | Abstract base class for crystal factory classes |
| ►CBDSGeometryFactoryBase | Base class for external geometry loading factories |
| CBDSGeometryFactoryGDML | Interface to Geant4's GDML loader |
| CBDSGeometryFactorySQL | Geometry factory for SQL geometry |
| ►CBDSMagnetOuterFactoryBase | Abstract base class for magnet outer volume factories |
| CBDSMagnetOuterFactoryCylindrical | Factory that produces cylindrical magnet geometry |
| ►CBDSMagnetOuterFactoryLHC | The base factory for the LHC magnet geometry factory |
| CBDSMagnetOuterFactoryLHCLeft | LHC outer magnet geometry offset to the left |
| CBDSMagnetOuterFactoryLHCRight | LHC outer magnet geometry offset to the right |
| CBDSMagnetOuterFactoryNone | Factory that produces null outer geometry |
| ►CBDSMagnetOuterFactoryPolesBase | Factory class for outer volume of magnets. Produces magnets with 2N-poles around the beampipe with a yoke of various shapes |
| CBDSMagnetOuterFactoryPolesCircular | Factory class for outer volume of magnets. Produces magnets with 2N-poles around the beampipe with a circular yoke |
| ►CBDSMagnetOuterFactoryPolesFacetCommon | Factory class for outer volume of magnets |
| CBDSMagnetOuterFactoryPolesFacet | Factory class for outer volume of magnets |
| CBDSMagnetOuterFactoryPolesFacetCrop | Factory class for outer volume of magnets |
| CBDSMagnetOuterFactoryPolesSquare | Factory class for outer volume of magnets |
| ►CBDSTunnelFactoryBase | Abstract base class for tunnel factory classes |
| CBDSTunnelFactoryCircular | Factory for circular tunnel segments. Builds floor, tunnel and soil |
| CBDSTunnelFactoryElliptical | Factory for elliptical tunnel segments. Builds floor, tunnel and soil |
| CBDSTunnelFactoryRectAboveGround | Factory for rectangular tunnel segments above ground |
| CBDSTunnelFactoryRectangular | Factory for rectangular tunnel segments. Builds floor, tunnel and soil |
| CBDSTunnelFactorySquare | Factory for square tunnel segments. Builds floor, tunnel and soil |
| CBDSFieldBuilder | Register for all fields to be built and volumes to be attached to |
| CBDSFieldFactory | Factory that produces fields and their associated objects |
| CBDSFieldInfo | All info required to build complete field of any type |
| CBDSFieldLoader | A loader for various field map formats |
| CBDSFieldLoaderBDSIM< T > | Loader for BDSIM format fields |
| CBDSFieldLoaderPoisson< T > | Loader for 2D Poisson SuperFish SF7 files |
| CBDSFieldLoaderQueryPoints< T > | A loader for up to 4D points for querying fields |
| CBDSFieldMagGradient | Find multipole components of fieldmaps by numerical differentiation |
| CBDSFieldObjects | A holder for all the Geant4 field related objects |
| ►CBDSFieldQuery | Class for querying the Geant4 model for field at any point |
| CBDSFieldQueryForVis | Wrapper class of BDSFieldQuery that accumulates values for visualisation |
| CBDSFieldQueryRaw | Class for querying the a raw field object |
| CBDSFieldQueryInfo | Holder class for all information required for a field query |
| CBDSFourVector< Type > | A simple templated four vector class |
| CBDSFourVector< G4double > | |
| CBDSGDMLPreprocessor | Process a GDML file to allow multiple file loading |
| ►CBDSGeometryComponent | A generic geometry component for a bdsim model |
| ►CBDSAcceleratorComponent | Abstract class that represents a component of an accelerator |
| CBDSCavityElement | RF Cavity. Uses factories to construct appropriate geometry |
| ►CBDSCollimator | Base class for collimators with common construction |
| CBDSCollimatorElliptical | A class for an elliptical collimator |
| CBDSCollimatorJaw | Collimator with only two jaw and no top bit |
| CBDSCollimatorRectangular | A class for a rectangular collimator |
| CBDSTarget | A class for a box or cylinder piece of 1 material |
| CBDSCollimatorCrystal | A piece of vacuum beam pipe with a crystal for channelling |
| CBDSDegrader | Degrader based on wedge design used in the PSI medical accelerator |
| ►CBDSDrift | A piece of vacuum beam pipe |
| CBDSScreen | A multilayer screen in a beam pipe |
| CBDSDump | An infinite absorber |
| CBDSElement | A class for a generic piece of external geometry |
| CBDSGap | Gap in accelerator beamline |
| CBDSLaserWire | A laser wire scanner |
| CBDSLine | A class that hold multiple accelerator components |
| CBDSLinkComponent | A BDSAcceleratorComponent wrapper for BDSLinkOpaqueBox |
| CBDSMagnet | Abstract base class that implements features common to all magnets |
| CBDSShield | A square mask of solid material with a square aperture |
| CBDSSimpleComponent | A BDSAcceleratorComponent wrapper for BDSGeometryComponent |
| CBDSTeleporter | An element that unnaturally shifts the beam across its length - a fudge volume |
| CBDSTerminator | Class for small control volume for circular macines |
| CBDSTransform3D | Transform in beam line that takes up no space |
| CBDSTunnelSection | Class that represents a section of tunnel |
| CBDSUndulator | Undulator |
| CBDSWireScanner | Single cylindrical wire inside beam pipe |
| CBDSBLM | A beam loss monitor |
| CBDSBeamPipe | A holder class for a piece of beam pipe geometry |
| CBDSCavity | A holder class for an RF cavity piece of geometry |
| CBDSCrystal | An object for both a crystal from a factory |
| CBDSGeometryExternal | A loaded piece of externally provided geometry |
| CBDSLinkOpaqueBox | Wrapper box for an accelerator component |
| CBDSMagnetOuter | An object for both the returned magnet outer body but also a tight fitting container for the whole magnet |
| ►CBDSSampler | Base class and registry of sampler instances |
| CBDSSamplerCustom | Custom shaped sampler with fixed thickness |
| CBDSSamplerCylinder | Cylindrical sampler around an object |
| CBDSSamplerPlane | Rectangular sampler with fixed thickness but variable x,y |
| CBDSSamplerSphere | Spherical sampler around an object |
| CBDSGeometryFactory | Interface to external geometry construction |
| CBDSGeometryWriter | A class for writing fully constructed geometry from BDSIM out to other formats |
| CBDSGlobalConstants | A class that holds global options and constants |
| CBDSHistBinMapper | Mapping from axis indices to 1D index |
| CBDSHitEnergyDepositionExtra | Extra information recorded for a single piece of energy deposition |
| CBDSIM | Interface class to use BDSIM |
| CBDSIMLink | Interface class to use BDSIM with trackers |
| CBDSImportanceFileLoader< T > | A loader for importance values used in importance sampling |
| CBDSImportanceVolumeStore | Registry of importance values |
| ►CBDSIntegratorDrift | Routine for drift algorithm |
| ►CBDSIntegratorDipoleRodrigues2 | Exact helix through pure dipole field |
| CBDSIntegratorDipoleFringe | Integrator that ignores the field and uses the analytical solution for a dipole kick |
| CBDSIntegratorMag | Common functionality to BDSIM integrators |
| CBDSIntegratorSet | Which integrator to use for each type of magnet / field object |
| ►CBDSInterpolator | Interface for all interpolators containing basic extent of validity |
| ►CBDSInterpolator1D | Interface for all 1D interpolators |
| CBDSInterpolator1DCubic | Cubic interpolation over 1d array |
| CBDSInterpolator1DLinear | Linear interpolation over 1d array |
| CBDSInterpolator1DLinearMag | Linear interpolation over 1d array including magnitude interpolation |
| CBDSInterpolator1DNearest | Interpolated field array that gives the nearest neighbour value |
| ►CBDSInterpolator2D | Interface for all 2D interpolators |
| CBDSInterpolator2DCubic | Cubic interpolation over 2d array |
| CBDSInterpolator2DLinear | Linear interpolation over 2d array |
| CBDSInterpolator2DLinearMag | Linear interpolation over 2d array including magnitude interpolation |
| CBDSInterpolator2DNearest | Interpolated field array that gives the nearest neighbour value |
| ►CBDSInterpolator3D | Interface for all 3D interpolators |
| CBDSInterpolator3DCubic | Cubic interpolation over 3d array |
| CBDSInterpolator3DLinear | Linear interpolation over 3d array |
| CBDSInterpolator3DLinearMag | Linear interpolation over 3d array including magnitude interpolation |
| CBDSInterpolator3DNearest | Interpolated field array that gives the nearest neighbour value |
| ►CBDSInterpolator4D | Interface for all 4D interpolators |
| CBDSInterpolator4DCubic | Cubic interpolation over 4d array |
| CBDSInterpolator4DLinear | Linear interpolation over 4d array |
| CBDSInterpolator4DLinearMag | Linear interpolation over 4d array including magnitude interpolation |
| CBDSInterpolator4DNearest | Interpolated field array that gives the nearest neighbour value |
| CBDSIonDefinition | Class to parse an ion particle definition |
| CBDSLinkRegistry | Registry / map of components for tracker linkage |
| CBDSMagnetOuterFactory | The main interface for using the magnet outer factories |
| CBDSMagnetOuterInfo | Holder struct of all information required to create the outer geometry of a magnet |
| CBDSMagnetStrength | Efficient storage of magnet strengths |
| CBDSMaterials | A class for all material definitions known to BDSIM. Additional materials can be added in the parser as well |
| ►CBDSModulator | Base class for a modulator |
| CBDSModulatorSinT | Sinusoidal modulator as a function of global time |
| CBDSModulatorTopHatT | Top-hat modulator as a function of T |
| CBDSModulatorInfo | Holder class for all information required to describe a modulator |
| CBDSMultilayerScreen | An accelerator component for diagnostics screens e.g. OTR. Screen inside beam pipe |
| CBDSMySQLTable | Representation of a mysql table |
| CBDSMySQLVariable | A variable representation for mysql loader |
| CBDSMySQLWrapper | Wrapper for mysql file handling |
| ►CBDSNavigatorPlacements | Extra G4Navigator to get coordinate transforms for placement world |
| CBDSFieldEGlobalPlacement | Wrapper class to convert to global coordinates using a navigator for placements |
| CBDSFieldEMGlobalPlacement | A base class for electro-magnetic fields in local to be used in global coordinates |
| CBDSFieldMagGlobalPlacement | A base class for magnetic fields in local to be used in global coordinates |
| CBDSOutputFactory | Factory class for BDSOutput |
| ►CBDSOutputLoader | Loader of ROOT Event output for recreating events |
| CBDSOutputLoaderSampler | Loader of ROOT Event output for receating events |
| ►CBDSOutputStructures | Holder for output information |
| ►CBDSOutput | Output base class that defines interface for all output types |
| CBDSOutputNone | No output class |
| CBDSOutputROOT | ROOT Event output class |
| CBDSParallelWorldInfo | A simple class to hold what parallel geometry is required for each sequence |
| ►CBDSParticleCoords | A set of particle coordinates |
| CBDSParticleCoordsFull | A set of particle coordinates including energy and weight |
| CBDSParticleCoordsCylindrical | A set of cylindrical particle coordinates |
| CBDSParticleCoordsFullGlobal | A set of particle coordinates in both local and global |
| CBDSParticleCoordsSpherical | A set of spherical particle coordinates |
| CBDSParticleDefinition | Wrapper for particle definition |
| CBDSParticleExternal | A set of particle coordinates from an external interface |
| CBDSPhysicalVolumeInfo | A class holding any information pertaining to a particular physical volume in a BDSIM geant4 model.
|
| CBDSPhysicalVolumeInfoRegistry | A registry of physical volume info instances that can be searched |
| CBDSPhysicsVectorLinear | A vector of some values vs Ek that are linearly interpolated |
| CBDSPlacementToMake | A cache of a components to make a placement |
| CBDSProcessMap | Map of all process names to IDs |
| CBDSPTCOneTurnMap | Class to load and use PTC 1 turn map |
| CBDSRegion | Range cuts for a region. Help with defaults |
| CBDSSamplerInfo | All info required to build a sampler but not place it |
| CBDSSamplerPlacementRecord | Information about a registered sampler |
| CBDSSamplerRegistry | Associated information for the placement of a sampler |
| CBDSScorerConversionLoader< T > | Loader for scoring conversion tables as function of energy |
| CBDSScorerFactory | Create primitive scorers on demand |
| CBDSScorerInfo | Recipe class for scorer. Checks values |
| ►CBDSScorerMeshInfo | Recipe class for a scoring mesh |
| CBDSScorerHistogramDef | Definition for a scorer histogram |
| ►CBDSScreenFrame | A frame for the vacuum window in e.g. BDSMultilayerScreen |
| CBDSScreenFrameRectangular | Rectangular screen frame |
| CBDSScreenLayer | An individual screen layer for a multilayer screen |
| CBDSSDManager | A singleton class that holds all required sensitive detector class instances.
|
| ►CBDSSingleUse | Class to provide single use functionality |
| CBDSPhysicsAnnihiToMuMu | High energy muon processes |
| CBDSPhysicsChannelling | Channelling physics process |
| CBDSPhysicsCherenkov | Cherenkov physics process constructor |
| CBDSPhysicsCutsAndLimits | Physics processes required for user tracking limits |
| CBDSPhysicsEMDissociation | Electromagnetic dissociation for high energy ions |
| CBDSPhysicsGammaToMuMu | High energy muon processes |
| CBDSPhysicsLaserWire | Constructor for BDSLaserCompton process |
| CBDSPhysicsMuon | High energy muon processes |
| CBDSPhysicsMuonInelastic | Only nuclear interactions for mu+- |
| CBDSPhysicsMuonSplitting | High energy muon processes |
| CBDSPhysicsRadioactivation | Radioactivation processes |
| CBDSPhysicsSynchRad | A physics constructor that only constructs Synchrotron Radiation |
| CBDSStep | A simple class to represent the positions of a step |
| CBDSSurvey | A class of functions to output Geant4/Mokka/BDSIM parameters for the beamline |
| CBDSTemporaryFiles | Holder for all temporary files created by BDSIM |
| CBDSThreeVector< T > | Simple three vector that's templated so the right type can be used |
| CBDSThreeVector< G4double > | |
| CBDSTiltOffset | A holder for any placement offsets and rotations for a BDSAcceleratorComponent |
| CBDSTrajectoriesToStore | Double map of trajectories to bitset of which filters matched whether to store them |
| CBDSTrajectoryPointHit | A summary trajectory object of a loss point |
| CBDSTrajectoryPointIon | Extra information recorded for a single piece of energy deposition |
| CBDSTrajectoryPointLink | Extra information recorded for a single piece of Trajectory Link information |
| CBDSTrajectoryPointLocal | Extra information recorded for a single piece of energy deposition |
| CBDSTunnelBuilder | A class that constructs tunnel segments around a beamline |
| CBDSTunnelFactory | A singleton class that provides an interface to all tunnel factories |
| CBDSTunnelInfo | Holder struct of all information required to create a section of tunnel |
| CBDSTwoVector< T > | Simple two vector that's templated so the right type can be used |
| CBDSVisManager | The BDS Visualisation Manager |
| CBeam | Beam loader |
| ►CGMAD::BeamBase | Options for a beam distribution |
| CBDSOutputROOTEventBeam | Class to store all beam options for a BDSIM run |
| CGMAD::Beam | Beam class |
| ►Cbeampipetypes_def | Type definition for beampipes - used for comparison in factory methods |
| CBDSTypeSafeEnum< beampipetypes_def, int > | |
| CHistSparse1D< T >::Bin | |
| CBinSpecification | Binning specification for a single dimension |
| CBinValue | A simple bin definition for a histogram |
| CHistSparse1D< T >::BinWorking | |
| Cblmtypes_def | Type definition for blms - used for comparison in factory methods |
| Cbunchtypes_def | Type definition for bunch distributions - used for comparison in factory methods |
| Ccavityfieldtypes_def | Type definition for RF cavity fields |
| ►Ccavitytypes_def | Type definition for RF cavities |
| CBDSTypeSafeEnum< cavitytypes_def, int > | |
| CConfig | Configuration and configuration parser class |
| ►Ccrystaltypes_def | Type definition for crystal shapes |
| CBDSTypeSafeEnum< crystaltypes_def, int > | |
| CDataDummyClass | A dummy class as ROOT won't seem to import namespaced functions in CLING for python |
| CDataLoader | Loader for a ROOT file using classes used to generate the file |
| ►Cdef | |
| CBDSTypeSafeEnum< def, typename def::type > | |
| CBDSTypeSafeEnum< def, inner > | Improve type-safety of native enum data type in C++ |
| CBDSFieldLoaderBDSIM< T >::DimensionKeys | |
| ►Cdimensions_def | Type definition for dimensions by name |
| CBDSTypeSafeEnum< dimensions_def, int > | |
| CBDSPrimaryGeneratorFileSampler::DisplacedVertex | |
| CBDSBunchUserFile< T >::Doublet | Struct for name and unit pair |
| CBDS::EllipsePointGenerator | Class for generating points uniformly on ellipse perimeters via interpolation. Part of implementation |
| CEvent | Event loader |
| CEventDisplay | Event viewer using ROOT EVE framework |
| ►Ceventgeneratorfiletypes_def | Type definition for event generator file types |
| CBDSTypeSafeEnum< eventgeneratorfiletypes_def, int > | |
| ►Cstd::exception | STL class |
| CBDSException | General exception with possible name of object and message |
| CRBDSException | General exception with possible name of object and message |
| CGMAD::FastList< T > | List with Efficient Lookup |
| CGMAD::FastList< GMAD::Aperture > | |
| CGMAD::FastList< GMAD::Atom > | |
| CGMAD::FastList< GMAD::BLMPlacement > | |
| CGMAD::FastList< GMAD::CavityModel > | |
| CGMAD::FastList< GMAD::Crystal > | |
| CGMAD::FastList< GMAD::Element > | |
| CGMAD::FastList< GMAD::Field > | |
| CGMAD::FastList< GMAD::Material > | |
| CGMAD::FastList< GMAD::Modulator > | |
| CGMAD::FastList< GMAD::NewColour > | |
| CGMAD::FastList< GMAD::PhysicsBiasing > | |
| CGMAD::FastList< GMAD::Placement > | |
| CGMAD::FastList< GMAD::Query > | |
| CGMAD::FastList< GMAD::Region > | |
| CGMAD::FastList< GMAD::SamplerPlacement > | |
| CGMAD::FastList< GMAD::Scorer > | |
| CGMAD::FastList< GMAD::ScorerMesh > | |
| CGMAD::FastList< GMAD::Tunnel > | |
| Cfieldclasstypes_def | Type definition for general field class. Maps to a BDSFieldType enum |
| ►Cfieldformats_def | Type definition for field file formats |
| CBDSTypeSafeEnum< fieldformats_def, int > | |
| ►Cfieldtypes_def | Type definition for field formats - used for comparison in factory methods |
| CBDSTypeSafeEnum< fieldtypes_def, int > | |
| CBDS::FourPoints | |
| ►CG4ElectricField | |
| ►CBDSFieldE | Interface for BDSIM electric fields that may or may not be local |
| CBDSFieldEGlobal | A base class for electric fields in local to be used in global coordinates |
| CBDSFieldEGlobalPlacement | Wrapper class to convert to global coordinates using a navigator for placements |
| ►CBDSFieldEInterpolated | Class to provide scaling and a base class pointer for interpolator fields |
| CBDSFieldEInterpolated1D | A 1D field from an interpolated array with any interpolation |
| CBDSFieldEInterpolated2D | A 2D field from an interpolated array with any interpolation |
| CBDSFieldEInterpolated3D | A 3D field from an interpolated array with any interpolation |
| CBDSFieldEInterpolated4D | A 4D field from an interpolated array with any interpolation |
| CBDSFieldEInterpolated2Layer | Two interpolated fields in one. One takes precedence in a subregion |
| CBDSFieldESinusoid | A sinusoidal electric (only) field that doesn't vary with position. Uses cosine |
| CBDSFieldEZero | Null E field - for special cases where we need a valid object |
| ►CG4ElectroMagneticField | |
| ►CBDSFieldEM | Interface for BDSIM electro-magnetic fields that may or may not be local |
| CBDSFieldEMGlobal | A base class for electro-magnetic fields in local to be used in global coordinates |
| CBDSFieldEMGlobalPlacement | A base class for electro-magnetic fields in local to be used in global coordinates |
| ►CBDSFieldEMInterpolated | Class to provide scaling and a base class pointer for interpolator fields |
| CBDSFieldEMInterpolated1D | A 1D field from an interpolated array with any interpolation |
| CBDSFieldEMInterpolated2D | A 2D field from an interpolated array with any interpolation |
| CBDSFieldEMInterpolated3D | A 3D field from an interpolated array with any interpolation |
| CBDSFieldEMInterpolated4D | A 4D field from an interpolated array with any interpolation |
| CBDSFieldEMRFCavity | Pill box cavity electromagnetic field |
| CBDSFieldEMZero | Null EM field - for special cases where we need a valid object |
| ►CG4ExceptionHandler | |
| CBDSExceptionHandler | Handler that overrides Geant4's behaviour back to a normal exception |
| ►CG4FieldManager | |
| CBDSFieldManager | Wrapper for Geant4's G4FieldManager to distinguish primaries |
| ►CG4Mag_UsualEqRhs | |
| CBDSMagUsualEqRhs | Override G4Mag_UsualEqRhs, provides BDSIM integrators access to particle attributes |
| ►CG4MagHelicalStepper | |
| CBDSIntegratorDipoleRodrigues2 | Exact helix through pure dipole field |
| ►CG4MagIntegratorStepper | |
| CBDSIntegratorMag | Common functionality to BDSIM integrators |
| ►CG4MagneticField | |
| ►CBDSFieldMag | Interface for static magnetic fields that may or may not be local |
| CBDSFieldMagDecapole | Class that provides the magnetic strength in a decapole |
| CBDSFieldMagDetectorSolenoid | Field with different inner and an outer solenoid field |
| CBDSFieldMagDipole | A uniform dipole field |
| CBDSFieldMagDipoleOuter | A perfect magetic dipole in 3D, normal field inside 1/2 poleTipRadius |
| CBDSFieldMagDipoleOuterOld | A perfect magetic dipole in 3D, normal field inside 1/2 poleTipRadius |
| CBDSFieldMagDipoleQuadrupole | Class that provides the magnetic strength in a mixed dipole / quadrupole |
| CBDSFieldMagGlobal | A base class for magnetic fields in local to be used in global coordinates |
| CBDSFieldMagGlobalPlacement | A base class for magnetic fields in local to be used in global coordinates |
| ►CBDSFieldMagInterpolated | Class to provide scaling and a base class pointer for interpolator fields |
| CBDSFieldMagInterpolated1D | A 1D field from an interpolated array with any interpolation |
| CBDSFieldMagInterpolated2D | A 2D field from an interpolated array with any interpolation |
| CBDSFieldMagInterpolated3D | A 3D field from an interpolated array with any interpolation |
| CBDSFieldMagInterpolated4D | A 4D field from an interpolated array with any interpolation |
| CBDSFieldMagInterpolated2Layer | Two interpolated fields in one. One takes precedence in a subregion |
| CBDSFieldMagMultipole | Class that provides the magnetic strength in a quadrupole |
| CBDSFieldMagMultipoleOuter | A simple parameterisation of N-Pole outer yoke magnetic field |
| CBDSFieldMagMultipoleOuterDual | Sum of two multipole fields spaced by a distance in x |
| CBDSFieldMagMultipoleOuterDualOld | Sum of two multipole fields spaced by a distance in x |
| CBDSFieldMagMultipoleOuterOld | A simple paramaterisation of N-Pole outer yoke magnetic field |
| CBDSFieldMagMuonSpoiler | Field of a Muon Spoiler |
| CBDSFieldMagOctupole | Class that provides the magnetic strength in an octupole |
| CBDSFieldMagQuadrupole | Class that provides the magnetic strength in a quadrupole |
| CBDSFieldMagSextupole | Class that provides the magnetic strength in a sextupole |
| ►CBDSFieldMagSkew | A wrapper class for BDSFieldMag that rotates it |
| CBDSFieldMagSkewOwn | A wrapper class for BDSFieldMagSkew where it owns the field |
| CBDSFieldMagSolenoidSheet | Class that provides the magnetic field due to a cylinder of current |
| CBDSFieldMagUndulator | Class that provides the magnetic strength in a quadrupole |
| CBDSFieldMagZero | Null B field - for special cases where we need a valid object |
| ►CG4PSCellFlux3D | |
| CBDSPSCellFlux4D | Primitive scorer for cell flux in a 4D mesh |
| ►CG4PSEnergyDeposit | |
| CBDSPSBLMEnergyDeposit | Primitive scorer for energy deposition in BLMs |
| ►CG4RunManager | |
| CBDSLinkRunManager | Wrapper from G4RunManager that provides our exception handler |
| CBDSRunManager | Wrapper from G4RunManager that provides more output |
| ►CG4ScoringBox | |
| CBDSScoringMeshBox | Wrapper for G4ScoringBox to allow full access to placement |
| ►CG4ScoringCylinder | |
| CBDSScoringMeshCylinder | Wrapper for G4ScoringCylinder to allow full access to placement |
| CG4THitsCollection< T > | |
| CG4THitsMap< T > | |
| CG4THitsMap< G4double > | |
| ►CG4Trajectory | |
| ►CBDSTrajectory | Trajectory information from track including last scatter etc |
| CBDSTrajectoryPrimary | Trajectory information for only the primary |
| ►CG4TrajectoryPoint | |
| CBDSTrajectoryPoint | A Point in a trajectory with extra information |
| ►CG4UIcommand | |
| CBDSUIcmdStringInt | UI command with string, then optional integer argument |
| ►CG4UImessenger | |
| CBDSMessenger | User interface commands |
| ►CG4UserEventAction | |
| CBDSEventAction | Process information at the event level |
| CBDSLinkEventAction | Process information at the event level for Link to trackers |
| ►CG4UserLimits | |
| CBDSTerminatorUserLimits | Dynamic user limits for a volume that changed based on the parameter turnstaken in BDSGlobalConstants() |
| ►CG4UserRunAction | |
| CBDSLinkRunAction | Simplified run action to hold link hits |
| CBDSRunAction | Control over the beginning and end of run actions |
| ►CG4UserSpecialCuts | |
| CBDSProcessUserSpecialCutsPDG | Apply regular cuts but not to a specified set of PDG IDs |
| ►CG4UserStackingAction | |
| CBDSLinkStackingAction | BDSIM's Geant4 stacking action |
| CBDSStackingAction | BDSIM's Geant4 stacking action |
| ►CG4UserSteppingAction | |
| CBDSSteppingAction | Provide extra output for Geant4 through a verbose stepping action |
| ►CG4UserTrackingAction | |
| CBDSLinkTrackingAction | Action to decide whether or not to store trajectory information |
| CBDSTrackingAction | Action to decide whether or not to store trajectory information |
| ►CG4VBiasingOperator | |
| CBDSBOptrChangeCrossSection | Operator that changes cross section of a process for a particle |
| CBDSBOptrMultiParticleChangeCrossSection | Multi-particle cross-section changer |
| ►CG4VDiscreteProcess | |
| CBDSLaserCompton | Laser compton scattering process to achieve a laserwire |
| ►CG4VHit | |
| CBDSHitApertureImpact | Snapshot of information for particle passing through a collimator |
| CBDSHitCollimator | Snapshot of information for particle passing through a collimator |
| CBDSHitEnergyDeposition | Information recorded for a single piece of energy deposition |
| CBDSHitEnergyDepositionGlobal | Information recorded for a step leaving a volume |
| ►CBDSHitSampler | The information recorded from a particle impacting a sampler |
| CBDSHitSamplerLink | The information recorded from a particle impacting a link sampler |
| CBDSHitSamplerCylinder | The information recorded from a particle impacting a sampler |
| CBDSHitSamplerSphere | The information recorded from a particle impacting a sampler |
| CBDSHitThinThing | A hit if a particle lost energy in a thin object |
| ►CG4VModel | |
| CBDSVisFieldModel | |
| ►CG4VModularPhysicsList | |
| CBDSModularPhysicsList | Modular physics list based on Geant4 constructors |
| ►CG4VPhysicsConstructor | |
| CBDSEmStandardPhysicsOp4Channelling | Copy of crystal channelling em physics from Geant4 |
| CBDSPhysicsAnnihiToMuMu | High energy muon processes |
| CBDSPhysicsChannelling | Channelling physics process |
| CBDSPhysicsCherenkov | Cherenkov physics process constructor |
| CBDSPhysicsCutsAndLimits | Physics processes required for user tracking limits |
| CBDSPhysicsEMDissociation | Electromagnetic dissociation for high energy ions |
| CBDSPhysicsGammaToMuMu | High energy muon processes |
| CBDSPhysicsLaserWire | Constructor for BDSLaserCompton process |
| CBDSPhysicsMuon | High energy muon processes |
| CBDSPhysicsMuonInelastic | Only nuclear interactions for mu+- |
| CBDSPhysicsMuonSplitting | High energy muon processes |
| CBDSPhysicsRadioactivation | Radioactivation processes |
| CBDSPhysicsSynchRad | A physics constructor that only constructs Synchrotron Radiation |
| ►CG4VPrimaryGenerator | |
| ►CBDSPrimaryGeneratorFile | Common interface for any primary generators that are file based |
| CBDSPrimaryGeneratorFileHEPMC | Loader to use any HepMC3 compatible file |
| CBDSPrimaryGeneratorFileSampler | Loader to read a specific sampler from a BDSIM ROOT output file |
| ►CG4VPrimitiveScorer | |
| ►CBDSPSCellFluxScaled3D | Primitive scorer for cell flux in a 3D mesh with a conversion factor |
| CBDSPSCellFluxScaledPerParticle3D | Primitive scorer for a 3D mesh with a conversion factor |
| CBDSPSPopulationScaled | Primitive scorer for population in a volume with a conversion factor based on angle and kinetic energy |
| ►CG4VSDFilter | |
| CBDSSDFilterAnd | Filter that applies AND to a vector of filters |
| CBDSSDFilterIon | Filter for only ions |
| CBDSSDFilterLogicalVolume | SD filter for a particular volume |
| CBDSSDFilterMaterial | SD filter for a particular volume |
| CBDSSDFilterOr | Filter that applies OR to a vector of filters |
| CBDSSDFilterPDGIDSet | Filter for a set of PDG IDs (ints) |
| CBDSSDFilterPrimary | Filter for only primary particles |
| CBDSSDFilterTime | Filter for time value for a sensitive detector |
| ►CG4VSensitiveDetector | |
| CBDSMultiSensitiveDetectorOrdered | Modified G4MultiSensitiveDetector that retains order and passes hits in sequence |
| CBDSSDApertureImpacts | Generates BDSHitsEnergyDepositions from step information - uses curvilinear coords |
| CBDSSDTerminator | Sensitivity that measures primary particle turns for terminator |
| CBDSSDVolumeExit | Generates BDSHitEnergyDepositionGlobals if a particle is leaving a volume |
| ►CBDSSensitiveDetector | Virtual class to define interface for ordered multi-sensitive detector |
| CBDSSDCollimator | The sensitive detector class that provides sensitivity to collimators instances |
| CBDSSDEnergyDeposition | Generates BDSHitsEnergyDepositions from step information - uses curvilinear coords |
| CBDSSDEnergyDepositionGlobal | Generates BDSHitsEnergyDepositionGlobal from step information |
| CBDSSDSampler | The sensitive detector class that provides sensitivity to BDSSampler instances |
| CBDSSDSamplerCylinder | The sensitive detector class that provides sensitivity to BDSSamplerCylinder instances |
| CBDSSDSamplerLink | The sensitive detector class that provides sensitivity to BDSSamplerLink instances |
| CBDSSDSamplerSphere | The sensitive detector class that provides sensitivity to BDSSamplerSphere instances |
| CBDSSDThinThing | The sensitive detector class that provides sensitivity to record thin thing hits |
| ►CG4VUserDetectorConstruction | |
| CBDSDetectorConstruction | Class that constructs a Geant4 model of an accelerator |
| CBDSLinkDetectorConstruction | Construction of the geometry in the case of a link model |
| ►CG4VUserEventInformation | |
| ►CBDSEventInfo | Interface to store event information use G4 hooks |
| CBDSLinkEventInfo | Simple extension to cache extra variables through an event |
| ►CG4VUserParallelWorld | |
| CBDSParallelWorldCurvilinear | A parallel world for curvilinear coordinates |
| CBDSParallelWorldCurvilinearBridge | A parallel world for bridiging curvilinear volumes |
| CBDSParallelWorldImportance | Class that constructs a parallel importance world |
| CBDSParallelWorldPlacementFields | A parallel world for placement field transform shapes |
| CBDSParallelWorldSampler | A parallel world for sampler planes |
| ►CG4VUserPrimaryGeneratorAction | |
| CBDSLinkPrimaryGeneratorAction | Generates primary particle vertices using BDSBunch |
| CBDSPrimaryGeneratorAction | Generates primary particle vertices using BDSBunch |
| ►CG4VUserPrimaryVertexInformation | |
| CBDSPrimaryVertexInformation | Full set of coordinates for association with primary vertex |
| CBDSPrimaryVertexInformationV | Full set of coordinates for association with primary vertex. Vector version |
| ►CG4VVisCommandScene | |
| CBDSVisCommandSceneAddQueryMagneticField | Scene describer for adding magnetic field lines according to a query |
| ►CG4WrapperProcess | |
| ►CBDSWrapperProcess | |
| CBDSWrapperMuonSplitting | Wrapper process to produce more muons by resampling the process |
| Cgeometrytypes_def | Type definition for external geometry formats - used for comparison in factory methods |
| CHeader | Header loader |
| CHeaderAnalysis | Analysis of the model tree |
| ►CHistogramAccumulator | Class to accumulate and merge histograms in different ways |
| CHistogramAccumulatorMerge | Class to combine histograms of mean with error on mean |
| CHistogramAccumulatorSum | Class to Sum histogram |
| ►CHistogramDef | Common specification for a histogram |
| ►CHistogramDef1D | Specification for 1D histogram |
| ►CHistogramDef2D | Specification for 2D histogram |
| ►CHistogramDef3D | Specification for 3D Histogram |
| CHistogramDef4D | Specification for 4D Histogram |
| CHistogramDefSet | Specification for a set of histograms |
| CHistogramFactory | Class to manufacture histograms |
| CHistogramMap | Class to map a rebdsim file structure and create duplicate in output |
| CHistogramMeanFromFile | Accumulator to merge pre-made per-entry histograms |
| CRBDS::HistogramPath | Basic structure for accumulating histogram from rebdsim output files |
| CBDSOutputROOTEventTrajectory::IndividualTrajectory | Temporary structure for an individual trajectory used to convert types |
| ►Cintegratorsettype_def | Type definition for integrator sets |
| CBDSTypeSafeEnum< integratorsettype_def, int > | |
| ►Cintegratortypes_def | Type definition for integrators |
| CBDSTypeSafeEnum< integratortypes_def, int > | |
| ►Cinterpolatortypes_def | Type definition for interpolator |
| CBDSTypeSafeEnum< interpolatortypes_def, int > | |
| CBDSOutputROOTParticleData::IonInfo | Simple particle information to be stored per ion specifically |
| CBDSLinkRegistry::LinkEntry | |
| CRBDS::Logspace< T > | |
| ►Cmagnetgeometrytypes_def | Geometry type definition for magnets - used for comparison in factory methods |
| CBDSTypeSafeEnum< magnetgeometrytypes_def, G4int > | |
| ►Cmagnettypes_def | Type definition for everything that inherits BDSMagnet - ie is a magnet |
| CBDSTypeSafeEnum< magnettypes_def, int > | |
| CModel | Model loader |
| ►Cmodulatortypes_def | Type definition for field modulators |
| CBDSTypeSafeEnum< modulatortypes_def, int > | |
| CBDS::non_alpha | Logical not for isalpha UnaryPredicate as needed for string manipulations |
| COptions | Options loader |
| ►CGMAD::OptionsBase | Basic options class independent of Geant4 |
| CBDSOutputROOTEventOptions | Class to store all options for a BDSIM run |
| CGMAD::Options | Options class |
| ►Coutputformats_def | Type definition for all output formats |
| CBDSTypeSafeEnum< outputformats_def, int > | |
| ►CGMAD::Parser | Parser class |
| CBDSParser | Const entry to parser objects |
| CParticleData | Particle Data loader |
| CBDSOutputROOTParticleData::ParticleInfo | Simple particle information to be stored per particle |
| CParticleSet | A very simple 'map' type histogram axis |
| CParticleSetAccumulator | Class to accumulate and merge ParticleSets in different ways |
| ►CPerEntryHistogram | Holder for information to calculate per entry histograms |
| CPerEntryHistogramSet | Histogram over a set of integers not number line |
| CBDS::PhaseSpaceCoord | Simple struct for storing position/momentum pairs to aid readability. Implementation detail |
| CGMAD::PhysicsBiasing | Physics biasing class for parser |
| CBDSPTCOneTurnMap::PTCMapTerm | |
| CGMAD::Published< C > | Class that provides introspection to its members |
| ►CGMAD::Published< Aperture > | |
| CGMAD::Aperture | Aperture class |
| ►CGMAD::Published< Atom > | |
| CGMAD::Atom | Atom class |
| ►CGMAD::Published< BeamBase > | |
| CGMAD::Beam | Beam class |
| ►CGMAD::Published< BLMPlacement > | |
| CGMAD::BLMPlacement | Blm for parser |
| ►CGMAD::Published< CavityModel > | |
| CGMAD::CavityModel | RF CavityModel class for parser |
| ►CGMAD::Published< Crystal > | |
| CGMAD::Crystal | Crystal class for parser |
| ►CGMAD::Published< Element > | |
| ►CGMAD::Element | Element class |
| CGMAD::Parameters | Parameters - Element class with booleans |
| ►CGMAD::Published< Field > | |
| CGMAD::Field | Field class for parser |
| ►CGMAD::Published< Material > | |
| CGMAD::Material | Material class |
| ►CGMAD::Published< Modulator > | |
| CGMAD::Modulator | Modulator class for parser |
| ►CGMAD::Published< NewColour > | |
| CGMAD::NewColour | Colour definition for parser |
| ►CGMAD::Published< OptionsBase > | |
| CGMAD::Options | Options class |
| ►CGMAD::Published< Placement > | |
| CGMAD::Placement | Placement class for parser |
| ►CGMAD::Published< Query > | |
| CGMAD::Query | Query structure class for parser |
| ►CGMAD::Published< Region > | |
| CGMAD::Region | Region class for parser |
| ►CGMAD::Published< SamplerPlacement > | |
| CGMAD::SamplerPlacement | Sampler placement class for parser |
| ►CGMAD::Published< Scorer > | |
| CGMAD::Scorer | Scorer class for parser |
| ►CGMAD::Published< ScorerMesh > | |
| CGMAD::ScorerMesh | ScorerMesh class for parser |
| ►CGMAD::Published< Tunnel > | |
| CGMAD::Tunnel | Tunnel class for parser |
| CBDSFieldQueryInfo::QueryDimensionInfo | |
| Crandomenginetypes_def | Type definition for all random engine names |
| ►CResult | Base class of a result |
| CResultEvent | Result of comparison of single entry of an Event tree in BDSIM output |
| CResultEventTree | Result of comparison of all entries in an Event tree in BDSIM output |
| ►CResultHistogram | Result of comparing 2 histograms |
| CResultHistogram2D | Result of comparing 2 2D histograms |
| CResultSampler | Result of comparison of a sampler branch |
| CResultTree | Result of comparing 2 TTrees |
| CRun | Class to overlay a run from a ROOT file with |
| CSamplerAnalysis | Analysis routines for an individual sampler |
| ►Csamplertypes_def | Type definition for samplers |
| CBDSTypeSafeEnum< samplertypes_def, int > | |
| ►Cscorertype_def | Type definition for scorers |
| CBDSTypeSafeEnum< scorertype_def, int > | |
| Csdtypes_def | Type definition for sensitive detectors |
| CGMAD::SymbolMap | Class that hold the symbol table |
| CGMAD::Symtab | Common header for the lexer and the parser to share Symbol table for numeric variables, strings, arrays and functions |
| ►CTH1D | |
| ►CBDSBH4DBase | Base class for the 4D histogram classes |
| CBDSBH4D< T > | 4D histogram classes with linear, logarithmic and user-defined energy binning |
| CTH1Set | TH1D but with a category axis |
| CBDS::ThreePoints | |
| ►CTObject | |
| CBDSOutputROOTEventSampler< float > | |
| CBDSOutputROOTEventSampler< double > | |
| CHistSparse1D< long long int > | |
| CBDSOutputROOTEventAperture | Data stored for energy deposition hits per event |
| CBDSOutputROOTEventBeam | Class to store all beam options for a BDSIM run |
| CBDSOutputROOTEventCavityInfo | Data stored for each cavity in the model |
| CBDSOutputROOTEventCollimator | Data stored for each collimator per event |
| CBDSOutputROOTEventCollimatorInfo | Data stored for each collimator in the model |
| CBDSOutputROOTEventCoords | A set of coordinates |
| CBDSOutputROOTEventHeader | Information about the software and the file |
| CBDSOutputROOTEventHistograms | Holder for a set of histograms to be stored |
| CBDSOutputROOTEventInfo | Information pertaining to an individual event |
| CBDSOutputROOTEventLoss | Data stored for energy deposition hits per event |
| CBDSOutputROOTEventLossWorld | Data stored for world hits per event |
| CBDSOutputROOTEventModel | Information stored per model representing accelerator |
| CBDSOutputROOTEventOptions | Class to store all options for a BDSIM run |
| CBDSOutputROOTEventRunInfo | Information pertaining to a run |
| CBDSOutputROOTEventSampler< U > | Information stored per sampler per event |
| CBDSOutputROOTEventSamplerC | Information stored per cylindrical sampler per event |
| CBDSOutputROOTEventSamplerS | Information stored per spherical sampler per event |
| CBDSOutputROOTEventTrajectory | Structure to record a trajectory |
| CBDSOutputROOTEventTrajectoryPoint | Structure to record a trajectory point |
| CBDSOutputROOTParticleData | Geant4 particle data for particles used in simulation |
| CHistSparse1D< T > | Sparse 1D histogram based on a map |
| Ctrajectoryfiltertypes_def | Type definition for trajectory filters |
| CBDS::TrajectoryOptions | |
| ►Ctunneltypes_def | Type definition for tunnels - used for comparison in factory methods |
| CBDSTypeSafeEnum< tunneltypes_def, int > | |
| CBDS::TwissPair | Simple struct for storing Twiss alpha/beta pairs to aid readability. Implementation detail |
| CBDSMagnetStrength::unitsFactors | Structure for unit names and numerical factors from Geant4 to SI(ish) |
