| ►NAccumulators | |
| CAccumulatorBase | |
| CAutoUpdateAccumulators | |
| CContactTimes | Record the time distances are below a threshold |
| CCorrelator | The main correlator class |
| CMeanVarianceCalculator | |
| CTimeSeries | Record values of an observable |
| ►Nanonymous_namespace{CellStructure.cpp} | |
| CUpdateParticleIndexVisitor | Apply a ParticleChange to a particle index |
| ►Nanonymous_namespace{dp3m.cpp} | |
| CAssignDipole | |
| CAssignForces | |
| CAssignTorques | |
| ►Nanonymous_namespace{p3m.cpp} | |
| CAssignCharge | |
| ►NBondBreakage | |
| CBondBreakage | |
| CBreakageSpec | |
| CDeleteAllBonds | |
| CDeleteAngleBond | |
| CDeleteBond | |
| Cexecute | |
| CQueueEntry | |
| ►Nboost | |
| ►Nmpi | |
| Cis_mpi_datatype | |
| ►Nqvm | |
| Cdeduce_mat2< Utils::Matrix< T, 3, 3 >, Utils::Matrix< U, 3, 3 >, 3, 3 > | |
| Cdeduce_quat2< Utils::Quaternion< T >, Utils::Quaternion< U > > | |
| Cdeduce_quat< Utils::Quaternion< T > > | |
| Cdeduce_scalar< Utils::Quaternion< T >, Utils::Quaternion< U > > | |
| Cdeduce_scalar< Utils::Quaternion< T >, Utils::Vector< U, N > > | |
| Cdeduce_vec2< Utils::Matrix< T, 2, 2 >, Utils::Vector< U, 2 >, 2 > | |
| Cdeduce_vec2< Utils::Matrix< T, 2, 3 >, Utils::Vector< U, 3 >, 2 > | |
| Cdeduce_vec2< Utils::Matrix< T, 3, 3 >, Utils::Vector< U, 3 >, 3 > | |
| Cdeduce_vec2< Utils::Matrix< T, 4, 4 >, Utils::Vector< U, 4 >, 4 > | |
| Cdeduce_vec2< Utils::Quaternion< T >, Utils::Vector< U, 3 >, 3 > | |
| Cdeduce_vec< Utils::Vector< T, 3 >, 3 > | |
| Cmat_traits< Utils::Matrix< T, Rows, Cols > > | |
| Cquat_traits< Utils::Quaternion< T > > | |
| Cvec_traits<::Utils::Vector< T, N > > | |
| Chash< BondBreakage::DeleteAllBonds > | |
| Chash< BondBreakage::DeleteAngleBond > | |
| Chash< BondBreakage::DeleteBond > | |
| ►NClusterAnalysis | |
| CCluster | Represents a single cluster of particles |
| CClusterStructure | Holds the result and parameters of a cluster analysis |
| ►NCollisionDetection | |
| CBindAtPointOfCollision | |
| CBindCenters | |
| CCollisionDetection | |
| CGlueToSurface | |
| COff | |
| ►NCommunication | |
| ►CMpiCallbacks | The interface of the MPI callback mechanism |
| CCallbackHandle | RAII handle for a callback |
| CRegisterCallback | Helper class to add callbacks before main |
| ►NConstraints | |
| CConstraint | |
| CConstraints | |
| CExternalField | Constraint interface for ExternalField::ForceField |
| CExternalPotential | Constraint interface for ExternalField::PotentialField |
| CHomogeneousMagneticField | |
| CShapeBasedConstraint | |
| ►NCoulomb | |
| ►Ntraits | |
| Chas_pressure | The electrostatic method supports pressure calculation |
| Chas_pressure< CoulombMMM1D > | |
| Chas_pressure< CoulombScafacos > | |
| Chas_pressure< ElectrostaticLayerCorrection > | |
| CActor | |
| CEventOnObservableCalc | |
| CLongRangeEnergy | |
| CLongRangeForce | |
| CLongRangePressure | |
| CShortRangeCutoff | |
| CShortRangeEnergyKernel | |
| CShortRangeForceCorrectionsKernel | |
| CShortRangeForceKernel | |
| CShortRangePressureKernel | |
| ►CSolver | |
| CImplementation | |
| ►NDipoles | |
| ►Ntraits | |
| Chas_dipole_fields | The dipolar method supports dipole fields calculation |
| Chas_dipole_fields< DipolarDirectSum > | |
| CActor | |
| CLongRangeEnergy | |
| CLongRangeField | |
| CLongRangeForce | |
| CShortRangeEnergyKernel | |
| CShortRangeForceKernel | |
| ►CSolver | |
| CImplementation | |
| ►NEK | |
| CEKNone | |
| CEKReactions | |
| CEKWalberla | |
| CFieldsConnector | |
| CNoEKActive | |
| ►CSolver | |
| CImplementation | |
| ►NErrorHandling | |
| CRuntimeError | A runtime error |
| CRuntimeErrorCollector | |
| CRuntimeErrorStream | Create a runtime error message via the streaming operator |
| ►Nfft | |
| Callocator | Aligned allocator for FFT data |
| Cfft_back_plan | Plan for a backward 1D FFT of a flattened 3D array |
| Cfft_data_struct | Information about the three one dimensional FFTs and how the nodes have to communicate inbetween |
| Cfft_forw_plan | Plan for a forward 1D FFT of a flattened 3D array |
| Cfft_plan | |
| Cfftw | |
| Cfftw< float > | |
| ►NFieldCoupling | |
| ►NCoupling | |
| CCharge | |
| CDirect | |
| CMass | |
| CScaled | |
| CViscous | |
| ►NFields | |
| CAffineMap | Affine transform of a vector field |
| CConstant | A vector field that is constant in space |
| CInterpolated | A vector or scalar field interpolated from a regular grid |
| CPlaneWave | A plane wave |
| CForceField | |
| CPotentialField | |
| ►Nh5xx | |
| Cis_array< Utils::Vector< T, size > > | |
| ►NLB | |
| CCouplingBookkeeping | Keep track of ghost particles that have already been coupled once |
| CLBNone | |
| CLBWalberla | |
| CLBWalberlaParams | |
| CNoLBActive | |
| CParticleCoupling | |
| ►CSolver | |
| CConversions | |
| CImplementation | |
| ►NLeesEdwards | |
| CLeesEdwards | |
| CLinearShear | Lees-Edwards protocol for linear shearing |
| COff | Lees-Edwards protocol for un-altered periodic boundary conditions |
| COscillatoryShear | Lees-Edwards protocol for oscillatory shearing |
| CPosOffsetGetter | |
| CPush | |
| CShearVelocityGetter | Visitor to get shear velocity from the Lees-Edwards protocol |
| CUpdateOffset | |
| ►NMpiio | |
| Cwrite_buffers | |
| ►NObservables | |
| CBondAngles | Calculate bond angles between particles in a polymer |
| CBondDihedrals | Calculate dihedral angles between particles in a polymer |
| CCosPersistenceAngles | Calculate bond angles in a polymer |
| CCylindricalDensityProfile | |
| CCylindricalFluxDensityProfile | |
| CCylindricalLBFluxDensityProfileAtParticlePositions | |
| CCylindricalLBProfileObservable | |
| CCylindricalLBVelocityProfile | |
| CCylindricalLBVelocityProfileAtParticlePositions | |
| CCylindricalPidProfileObservable | |
| CCylindricalProfileObservable | Cylindrical profile observable |
| CCylindricalVelocityProfile | |
| CDensityProfile | |
| CDPDStress | |
| CEnergy | |
| CFluxDensityProfile | |
| CForceDensityProfile | |
| CLBFluidPressureTensor | |
| CLBProfileObservable | |
| CLBVelocityProfile | |
| CObservable | Base class for observables |
| CPairwiseDistances | Track pairwise distances between two sets of particles |
| CParticleDipoleFields | Extract particle dipole fields |
| CParticleDistances | Calculate distances between particles in a polymer |
| ►CParticleObservable | This class implements an interface to the particle_observables library that implements necessary algorithms needed for observables that are based on single particle properties |
| Cis_map | |
| Cis_map< ParticleObservables::Map< T > > | |
| CPidObservable | Particle-based observable |
| CPidPairwiseDistancesObservable | Calculate pairwise distances between two sets of particles |
| CPidProfileObservable | |
| CPressure | |
| CPressureTensor | |
| CProfileObservable | Cartesian profile observable |
| CRDF | Radial distribution function |
| CTotalForce | |
| ►NPairCriteria | |
| CBondCriterion | True if a bond of given type exists between two particles |
| CDistanceCriterion | True if two particles are closer than a cut off distance, respecting minimum image convention |
| CEnergyCriterion | True if the short-range energy is larger than a cutoff value |
| CPairCriterion | Criterion which returns a true/false value for a pair of particles |
| ►NParticleObservables | |
| CAngularVelocity | |
| CAverage | |
| CBodyAngularVelocity | |
| CBodyVelocity | |
| CCharge | |
| CDipoleField | |
| CDipoleMoment | |
| CDirector | |
| CForce | |
| CIdentity | |
| CMap | |
| CMass | |
| CPosition | |
| CProduct | Meta-Observable that returns the product of two other observables |
| CSum | |
| Ctraits | |
| Ctraits< Particle > | Template specialization for Particle |
| CVelocity | |
| CWeightedAverage | |
| CWeightedSum | |
| ►NReactionMethods | |
| CConstantpHEnsemble | Constant-pH Ensemble, for derivation see [38] |
| ►CReactionAlgorithm | Base class for reaction ensemble methods |
| CParticleChanges | |
| CReactionEnsemble | Reaction ensemble method |
| CSingleReaction | |
| CWidomInsertion | Widom insertion method |
| ►NScafacos | |
| CCoulomb | Abstraction of a Coulomb method from the ScaFaCoS library |
| CScafacos | Abstraction of a method from the ScaFaCoS library |
| ►NScriptInterface | |
| ►NAccumulators | |
| CAccumulatorBase | |
| CAutoUpdateAccumulators | |
| CContactTimes | |
| CCorrelator | |
| CMeanVarianceCalculator | |
| CTimeSeries | |
| ►NAnalysis | |
| CAnalysis | |
| CObservableStat | |
| ►NBondBreakage | |
| CBreakageSpec | |
| CBreakageSpecs | |
| ►NCellSystem | |
| CCellSystem | |
| ►NClusterAnalysis | |
| CCluster | |
| CClusterStructure | |
| ►NCodeInfo | |
| CCodeInfo | |
| CCodeVersion | |
| ►NCollisionDetection | |
| CBindAtPointOfCollision | |
| CBindCenters | |
| CCollisionDetection | |
| CGlueToSurface | |
| COff | |
| CProtocol | |
| ►NConstraints | |
| CConstraint | |
| CConstraints | |
| CExternalField | |
| CExternalPotential | |
| CHomogeneousMagneticField | |
| CShapeBasedConstraint | |
| ►NCoulomb | |
| CActor | Common interface for electrostatic actors |
| CContainer | |
| CCoulombMMM1D | |
| CCoulombP3M | |
| CCoulombScafacos | |
| CDebyeHueckel | |
| CElectrostaticLayerCorrection | |
| CICCStar | |
| CReactionField | |
| ►NDipoles | |
| CActor | Common interface for magnetostatic actors |
| CContainer | |
| CDipolarDirectSum | |
| CDipolarDirectSumGpu | |
| CDipolarLayerCorrection | |
| CDipolarP3M | |
| CDipolarScafacos | |
| ►NGalilei | |
| CComFixed | |
| CGalilei | |
| ►NIntegrators | |
| CBrownianDynamics | |
| CIntegrator | |
| CIntegratorHandle | |
| CSteepestDescent | |
| CStokesianDynamics | |
| CVelocityVerlet | |
| CVelocityVerletIsoNPT | |
| ►NInteractions | |
| CAngleCosineBond | |
| CAngleCossquareBond | |
| CAngleHarmonicBond | |
| CBondedCoulomb | |
| CBondedCoulombSR | |
| CBondedInteraction | |
| CBondedInteractionImpl | |
| CBondedInteractions | |
| CDihedralBond | |
| CFeneBond | |
| CHarmonicBond | |
| CIBMTribend | |
| CIBMTriel | |
| CIBMVolCons | |
| CInteractionBMHTF | |
| CInteractionBuckingham | |
| CInteractionDPD | |
| CInteractionGaussian | |
| CInteractionGayBerne | |
| CInteractionHat | |
| CInteractionHertzian | |
| CInteractionLJ | |
| CInteractionLJcos | |
| CInteractionLJcos2 | |
| CInteractionLJGen | |
| CInteractionMorse | |
| CInteractionPotentialInterface | |
| CInteractionSmoothStep | |
| CInteractionSoftSphere | |
| CInteractionTabulated | |
| CInteractionThole | |
| CInteractionWCA | |
| CNonBondedInteractionHandle | |
| CNonBondedInteractions | |
| COifGlobalForcesBond | |
| COifLocalForcesBond | |
| CQuarticBond | |
| CRigidBond | |
| CTabulatedAngleBond | |
| CTabulatedDihedralBond | |
| CTabulatedDistanceBond | |
| CThermalizedBond | |
| CVirtualBond | |
| ►NLeesEdwards | |
| CLeesEdwards | |
| CLinearShear | |
| COff | |
| COscillatoryShear | |
| CProtocol | |
| ►NMath | |
| CCylindricalTransformationParameters | |
| ►NMPIIO | |
| CMPIIOScript | |
| ►NObservables | |
| CCylindricalLBProfileObservable | |
| CCylindricalPidProfileObservable | |
| CLBProfileObservable | |
| CObservable | Base class for script interfaces to core observables classes |
| CPairwiseDistances | |
| CParamlessObservableInterface | Cython interface for parameter-free observables |
| CPidObservable | Base class for script interfaces to particle-based observables |
| CPidProfileObservable | |
| CProfileObservable | |
| CRDF | |
| ►NPairCriteria | |
| CBondCriterion | |
| CDistanceCriterion | |
| CEnergyCriterion | |
| CPairCriterion | |
| ►NParticles | |
| CParticleHandle | |
| CParticleList | |
| CParticleSlice | |
| CPolymer | |
| ►NProfiler | |
| CCaliper | |
| ►NReactionMethods | |
| CConstantpHEnsemble | |
| CReactionAlgorithm | |
| CReactionEnsemble | |
| CSingleReaction | |
| CWidomInsertion | |
| ►NScafacos | |
| CConvertToStringVector | |
| CGetParameterList | |
| ►NShapes | |
| CCylinder | |
| CEllipsoid | |
| CHollowConicalFrustum | |
| CNoWhere | |
| CRhomboid | |
| CShape | |
| CSimplePore | |
| CSlitpore | |
| CSphere | |
| CSpheroCylinder | |
| CTorus | |
| CUnion | |
| CWall | |
| ►NSystem | |
| CCudaInitHandle | |
| CLeaf | Script interface wrapper for a component of the system class |
| ►CSystem | Script interface wrapper for the system class |
| CLeaves | Container for leaves of the system class |
| ►NThermostat | |
| CBrownian | |
| CDPDThermostat | |
| CInterface | |
| CIsotropicNpt | |
| CLangevin | |
| CLBThermostat | |
| CStokesian | |
| CThermalizedBond | |
| CThermostat | |
| ►Nwalberla | |
| CCheckpointFile | Handle for a checkpoint file |
| CEKBulkReaction | |
| CEKContainer | |
| CEKFFT | |
| CEKFieldSerializer | |
| CEKIndexedReaction | |
| CEKNone | |
| CEKPoissonSolver | |
| CEKReactant | |
| CEKReaction | |
| CEKReactions | |
| CEKSpecies | |
| CEKSpeciesNode | |
| CEKSpeciesSlice | |
| CEKVTKHandle | |
| CLatticeModel | |
| CLatticeSlice | |
| CLatticeWalberla | |
| CLBFieldSerializer | |
| CLBFluid | |
| CLBFluidCPU | |
| CLBFluidGPU | |
| CLBFluidNode | |
| CLBFluidSlice | |
| CLBVTKHandle | |
| CVTKHandleBase | |
| ►NWriter | |
| CH5md | |
| ►CAutoParameter | Description and getter/setter for a parameter |
| CReadOnly | |
| CWriteError | |
| ►CAutoParameters | Bind parameters in the script interface |
| CUnknownParameter | Exception thrown when accessing an unknown parameter |
| CWriteError | Exception thrown when writing to a read-only parameter |
| CContext | Context of an object handle |
| CContextManager | Manage object contexts |
| CException | |
| CGlobalContext | Global synchronizing context |
| CLatticeIndices | Interface to carry out simple operations on lattice indices |
| CLocalContext | Trivial context |
| CNone | Type to indicate no value in Variant |
| CObjectHandle | Base class for interface handles |
| CObjectList | Owning list of object handles |
| CObjectMap | Owning map of object handles |
| CObjectState | State of an object ready for serialization |
| CPackVisitor | Visitor that converts a Variant to a PackedVariant |
| CParallelExceptionHandler | Handle exceptions thrown in MPI parallel code |
| CUnpackVisitor | Visitor that converts a PackedVariant to a Variant |
| ►NShapes | |
| CCylinder | |
| CEllipsoid | |
| CHollowConicalFrustum | Conical frustum shape with rounded corners and finite thickness |
| CNoWhere | Dummy shape that is infinitely far away from everything |
| CRhomboid | |
| CShape | |
| CSimplePore | |
| CSlitpore | |
| CSphere | |
| CSpheroCylinder | |
| CTorus | |
| CUnion | |
| CWall | |
| ►Nstd | STL namespace |
| Ctuple_element< I, Utils::Array< T, N > > | |
| Ctuple_element< I, Utils::Vector< T, N > > | |
| Ctuple_size< Utils::Array< T, N > > | |
| Ctuple_size< Utils::Vector< T, N > > | |
| ►NSystem | |
| CLeaf | Abstract class that represents a component of the system |
| CSystem | Main system class |
| ►NThermostat | |
| CThermostat | |
| ►Ntraits | |
| Cis_layer_correction | Whether an actor is a layer correction method |
| Cis_layer_correction< DipolarLayerCorrection > | |
| Cis_layer_correction< ElectrostaticLayerCorrection > | |
| ►NUtils | |
| ►NMpi | |
| CCartInfo | Information about a cartesian communicator |
| ►NStatistics | |
| CRunningAverage | Keep running average and variance |
| CAccumulator | |
| CAccumulatorData | |
| CArray | |
| CBag | Bag of elements |
| CCache | |
| Ccompact_vector | Custom vector container optimized for size |
| CCounter | |
| CCylindricalHistogram | Histogram in cylindrical coordinates |
| CCylindricalTransformationParameters | A class to hold and validate parameters for a cylindrical coordinate transformations |
| Cdecay_to_scalar | Meta function to turns a Vector<1, T> into T |
| Cdecay_to_scalar< Vector< T, 1 > > | |
| Cdecay_to_scalar< Vector< T, N > > | |
| CFactory | Factory template |
| CHistogram | Histogram in Cartesian coordinates |
| Cis_statically_serializable | Type trait to indicate that a type is serializable with a static size, e.g |
| CMatrix | Matrix representation with static size |
| CMemcpyIArchive | Archive that deserializes from a buffer via memcpy |
| CMemcpyOArchive | Archive that serializes to a buffer via memcpy |
| CNumeratedContainer | Container for objects that are identified by a numeric id |
| CQuaternion | Quaternion representation |
| CVector | |
| ►Nwalberla | \file PackInfoPdfDoublePrecision.cpp \author pystencils |
| ►Nfield | |
| ►Ncommunication | |
| CBoundaryPackInfo | |
| ►Nlbm | |
| ►CDynamicUBBDoublePrecision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CDynamicUBBDoublePrecisionCUDA | |
| CIndexInfo | |
| CIndexVectors | |
| ►CDynamicUBBSinglePrecision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CDynamicUBBSinglePrecisionCUDA | |
| CIndexInfo | |
| CIndexVectors | |
| ►Npystencils | |
| CAdvectiveFluxKernel_double_precision | |
| CAdvectiveFluxKernel_single_precision | |
| CCollideSweepDoublePrecisionLeesEdwards | |
| CCollideSweepDoublePrecisionLeesEdwardsAVX | |
| CCollideSweepDoublePrecisionLeesEdwardsCUDA | |
| CCollideSweepDoublePrecisionThermalized | |
| CCollideSweepDoublePrecisionThermalizedAVX | |
| CCollideSweepDoublePrecisionThermalizedCUDA | |
| CCollideSweepSinglePrecisionLeesEdwards | |
| CCollideSweepSinglePrecisionLeesEdwardsAVX | |
| CCollideSweepSinglePrecisionLeesEdwardsCUDA | |
| CCollideSweepSinglePrecisionThermalized | |
| CCollideSweepSinglePrecisionThermalizedAVX | |
| CCollideSweepSinglePrecisionThermalizedCUDA | |
| CContinuityKernel_double_precision | |
| CContinuityKernel_single_precision | |
| CDiffusiveFluxKernel_double_precision | |
| CDiffusiveFluxKernel_single_precision | |
| CDiffusiveFluxKernelThermalized_double_precision | |
| CDiffusiveFluxKernelThermalized_single_precision | |
| CDiffusiveFluxKernelWithElectrostatic_double_precision | |
| CDiffusiveFluxKernelWithElectrostatic_single_precision | |
| CDiffusiveFluxKernelWithElectrostaticThermalized_double_precision | |
| CDiffusiveFluxKernelWithElectrostaticThermalized_single_precision | |
| ►CDirichlet_double_precision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CDirichlet_single_precision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CFixedFlux_double_precision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CFixedFlux_single_precision | |
| CIndexInfo | |
| CIndexVectors | |
| CFrictionCouplingKernel_double_precision | |
| CFrictionCouplingKernel_single_precision | |
| CInitialPDFsSetterDoublePrecision | |
| CInitialPDFsSetterDoublePrecisionCUDA | |
| CInitialPDFsSetterSinglePrecision | |
| CInitialPDFsSetterSinglePrecisionCUDA | |
| CPackInfoPdfDoublePrecision | |
| CPackInfoPdfDoublePrecisionCUDA | |
| CPackInfoPdfSinglePrecision | |
| CPackInfoPdfSinglePrecisionCUDA | |
| CPackInfoVecDoublePrecision | |
| CPackInfoVecDoublePrecisionCUDA | |
| CPackInfoVecSinglePrecision | |
| CPackInfoVecSinglePrecisionCUDA | |
| CReactionKernelBulk_1_double_precision | |
| CReactionKernelBulk_1_single_precision | |
| CReactionKernelBulk_2_double_precision | |
| CReactionKernelBulk_2_single_precision | |
| CReactionKernelBulk_3_double_precision | |
| CReactionKernelBulk_3_single_precision | |
| CReactionKernelBulk_4_double_precision | |
| CReactionKernelBulk_4_single_precision | |
| CReactionKernelBulk_5_double_precision | |
| CReactionKernelBulk_5_single_precision | |
| ►CReactionKernelIndexed_1_double_precision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CReactionKernelIndexed_1_single_precision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CReactionKernelIndexed_2_double_precision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CReactionKernelIndexed_2_single_precision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CReactionKernelIndexed_3_double_precision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CReactionKernelIndexed_3_single_precision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CReactionKernelIndexed_4_double_precision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CReactionKernelIndexed_4_single_precision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CReactionKernelIndexed_5_double_precision | |
| CIndexInfo | |
| CIndexVectors | |
| ►CReactionKernelIndexed_5_single_precision | |
| CIndexInfo | |
| CIndexVectors | |
| CStreamSweepDoublePrecision | |
| CStreamSweepDoublePrecisionAVX | |
| CStreamSweepDoublePrecisionCUDA | |
| CStreamSweepSinglePrecision | |
| CStreamSweepSinglePrecisionAVX | |
| CStreamSweepSinglePrecisionCUDA | |
| CBlockAndCell | |
| CBoundaryHandling | Boundary class optimized for sparse data |
| ►CEKinWalberlaImpl | Class that runs and controls the EK on waLBerla |
| CDensityVTKWriter | |
| CVTKWriter | |
| CEKReactant | |
| CEKReactionBase | |
| CEKReactionBaseIndexed | |
| CEKReactionImplBulk | |
| CEKReactionImplIndexed | |
| CFFT | |
| CInterpolateAndShiftAtBoundary | Lees-Edwards sweep |
| ►CLBWalberlaImpl | Class that runs and controls the LB on waLBerla |
| CDensityVTKWriter | |
| CFieldTrait | |
| CGhostComm | |
| CPressureTensorVTKWriter | |
| CVelocityVTKWriter | |
| CVTKWriter | |
| CNone | |
| CPoissonSolver | |
| CResetForce | Sweep that swaps force_to_be_applied and last_applied_force and resets force_to_be_applied to the global external force |
| ►NWriter | |
| ►NH5md | |
| CDataset | |
| CFile | Class for writing H5MD files |
| Cincompatible_h5mdfile | |
| Cleft_backupfile | |
| CSpecification | Layout information for H5MD files |
| CAdaptSolver | Lock an actor and modify its parameters |
| CAngleCosineBond | Parameters for three-body angular potential (cosine) |
| CAngleCossquareBond | Parameters for three-body angular potential (cossquare) |
| CAngleHarmonicBond | Parameters for three-body angular potential (harmonic) |
| CAssignForces | |
| CAtomDecomposition | Atom decomposition cell system |
| CBaseThermostat | |
| CBMHTF_Parameters | BMHTF NaCl potential |
| CBondCutoff | Visitor to get the bond cutoff from the bond parameter variant |
| CBondedCoulomb | Parameters for Coulomb bond Potential |
| CBondedCoulombSR | Parameters for Coulomb bond short-range Potential |
| CBondedInteractionsMap | Container for bonded interactions |
| CBondInvalidSizeError | Exception indicating that a bond with an unexpected number of partners was encountered |
| ►CBondList | Bond storage |
| CIterator | |
| CBondNumPartners | Visitor to get the number of bound partners from the bond parameter variant |
| CBondResolutionError | Exception indicating that a particle id could not be resolved |
| CBondUnknownTypeError | Exception indicating that a bond type was unknown |
| CBondView | Immutable view on a bond |
| CBoxGeometry | |
| CBrownianThermostat | Thermostat for Brownian dynamics |
| CBuckingham_Parameters | Buckingham potential |
| CCell | |
| CCellStructure | Describes a cell structure / cell system |
| CComFixed | |
| CCommBuf | Class that stores marshalled data for ghost communications |
| CCommunicator | |
| CCompareDevices | Helper class for device sets |
| CCoulombMMM1D | Parameters for the MMM1D electrostatic interaction |
| CCoulombP3M | P3M solver |
| CCoulombP3MImpl | |
| CCoulombScafacos | |
| CCoulombScafacosImpl | |
| CCoulombTuningAlgorithm | |
| Ccuda_fatal_error | Fatal CUDA exception |
| Ccuda_runtime_error | Wrapper for CUDA runtime exceptions |
| Ccuda_runtime_error_cuda | |
| CCudaHostAllocator | Allocator that uses CUDA to allocate CPU memory |
| CDebyeHueckel | Debye-Hückel parameters |
| CDecayTupleResult | Decay a tuple of only 1 type to that type |
| CDecayTupleResult< F > | |
| CDihedralBond | Parameters for four-body angular potential (dihedral-angle potentials) |
| CDipolarDirectSum | Dipolar all with all and no replica |
| CDipolarDirectSumGpu | |
| CDipolarLayerCorrection | Adapt a magnetostatics solver to remove contributions from the z-direction |
| CDipolarP3M | Dipolar P3M solver |
| CDipolarP3MImpl | |
| CDipolarScafacos | |
| CDipolarScafacosImpl | |
| CDipolarTuningAlgorithm | |
| CDistance | Distance vector and length handed to pair kernels |
| Cdlc_data | Parameters for the DLC method |
| CDPD_Parameters | |
| CDPDParameters | DPD potential |
| CDPDThermostat | Thermostat for dissipative particle dynamics |
| CEKContainer | |
| CEKinWalberlaBase | Interface of a lattice-based electrokinetic model |
| CEKReactions | |
| CEKWalberlaNodeState | Checkpoint data for a EK node |
| Celc_data | Parameters for the ELC method |
| CElectrostaticLayerCorrection | |
| CEspressoGpuDevice | Struct to hold information relevant to ESPResSo about GPUs |
| Cfe_trap | Floating-point exception trap |
| CFeneBond | Parameters for FENE bond Potential |
| CFFTBackend | API for the FFT backend of the P3M algorithm |
| CFFTBackendLegacy | Historic FFT backend based on FFTW3 |
| CFFTBuffers | API for the FFT mesh buffers |
| CFFTBuffersLegacy | Buffers for FFTBackendLegacy |
| CGalilei | |
| CGatherCom | |
| CGatherMass | |
| CGatherParticleTraits | Gather particle properties (or any derived quantities) on MPI rank 0 |
| CGatherPos | |
| CGaussian_Parameters | Gaussian potential |
| CGayBerne_Parameters | Gay-Berne potential |
| CGetActorByType | Get an actor of a specific type, recursively |
| CGetNonbondedCutoff | |
| CGhostCommunication | |
| CGhostCommunicator | Properties for a ghost communication |
| ►CGpuParticleData | Particle data communication manager for the GPU |
| CGpuEnergy | Energies that are retrieved from the GPU |
| CGpuParticle | Subset of Particle which is copied to the GPU |
| Cprop | Particle properties that need to be communicated to the GPU |
| CStorage | Host and device containers for particle data |
| CHarmonicBond | Parameters for harmonic bond Potential |
| CHasActorOfType | Check if an actor of a specific type is active, recursively |
| CHat_Parameters | Hat potential |
| CHertzian_Parameters | Hertzian potential |
| CHybridDecomposition | Hybrid decomposition cell system |
| CIA_parameters | Parameters for non-bonded interactions |
| CIBMTribend | Parameters for IBM tribend |
| CIBMTriel | Parameters for IBM elastic triangle (triel) |
| CIBMVolCons | Parameters for IBM volume conservation bond |
| Cicc_data | ICC data structure |
| CICCStar | |
| CImageSum | |
| CImmersedBoundaries | |
| CInteractionsNonBonded | |
| CInterpolationWeights | Interpolation weights for one point |
| CIsotropicNptThermostat | Thermostat for isotropic NPT dynamics |
| CLangevinThermostat | Thermostat for Langevin dynamics |
| CLatticeModel | Abstract representation of a lattice-based model |
| CLatticeWalberla | Class that runs and controls the BlockForest in waLBerla |
| CLBThermostat | Thermostat for lattice-Boltzmann particle coupling |
| CLBWalberlaBase | Interface of a lattice-based fluid model |
| CLBWalberlaNodeState | Checkpoint data for a LB node |
| CLeesEdwardsBC | |
| CLeesEdwardsPack | Pack Lees-Edwards parameters for LB |
| CLJ_Parameters | Lennard-Jones with shift |
| CLJcos2_Parameters | Lennard-Jones with a different Cos potential |
| CLJcos_Parameters | Lennard-Jones+Cos potential |
| CLJGen_Parameters | Generic Lennard-Jones with shift |
| CLocalBox | |
| CModifiedList | |
| CMorse_Parameters | Morse potential |
| CMpiContainerUnitTest | |
| CNeighborPIDs | |
| CNeighbors | |
| CNoneBond | Interaction type for unused bonded interaction slots |
| CNptIsoParameters | Parameters of the isotropic NpT-integration scheme |
| CObservable_stat | Observable for the pressure and energy |
| COifGlobal | |
| COifGlobalForcesBond | Parameters for OIF global forces |
| COifLocalForcesBond | Parameters for OIF local forces |
| Cp3m_data_struct | Base class for the electrostatics and magnetostatics P3M algorithms |
| Cp3m_data_struct_coulomb | |
| Cp3m_data_struct_dipoles | |
| Cp3m_interpolation_cache | Cache for interpolation weights |
| Cp3m_send_mesh | P3M halo communicator |
| CP3MFFTMesh | Local mesh FFT buffers |
| CP3MGpuData | |
| CP3MGpuFftPlan | |
| CP3MGpuParams | |
| CP3MLocalMesh | Properties of the local mesh |
| CP3MParameters | Structure to hold P3M parameters and some dependent variables |
| CPairInfo | |
| CPartCfg | Particle cache on the head node |
| CParticle | Struct holding all information for one particle |
| CParticleDecomposition | A distributed particle decomposition |
| CParticleForce | Force information on a particle |
| CParticleIterator | |
| CParticleLocal | Information on a particle that is needed only on the node the particle belongs to |
| CParticleMomentum | Momentum information on a particle |
| CParticleParametersSwimming | Properties of a self-propelled particle |
| CParticlePosition | Positional information on a particle |
| ►CParticleProperties | Properties of a particle which are not supposed to change during the integration, but have to be known for all ghosts |
| CVirtualSitesRelativeParameters | The following properties define, with respect to which real particle a virtual site is placed and at what distance |
| CParticleRange | A range of particles |
| CParticleRangeFiltered | |
| CParticleRattle | |
| CPosMom | Position and dipole moment of one particle |
| CPropagation | |
| CPropagationPredicate | |
| CPropagationPredicateNPT | |
| CPropagationPredicateStokesian | |
| CQuarticBond | Parameters for quartic bond Potential |
| CReactionField | Reaction Field parameters |
| CRegularDecomposition | Regular decomposition cell system |
| CRemovedParticle | |
| ►CResourceCleanup | Queue to deallocate resources before normal program termination |
| CAttorney | Attorney for a resource deallocator |
| CResourceManager | Manager to control the lifetime of shared resources |
| CRigidBond | Parameters for the rigid_bond/SHAKE/RATTLE ALGORITHM |
| CSanityChecksICC | |
| CScafacosContext | |
| CScafacosContextBase | Public interface to the ScaFaCoS context |
| CSCCache | Structure for caching sin and cos values |
| CSD_particle_data | |
| CSerializationSizeCalculator | Pseudo-archive to calculate the size of the serialization buffer |
| CSignalHandler | RAII guard for signal handling |
| CSmoothStep_Parameters | Smooth step potential |
| CSoftSphere_Parameters | Soft-sphere potential |
| CSteepestDescentParameters | Parameters for the steepest descent algorithm |
| CStokesianDynamicsParameters | |
| CStokesianThermostat | Thermostat for Stokesian dynamics |
| CTabulatedAngleBond | Parameters for 3-body tabulated potential |
| CTabulatedBond | Base class for n-body tabulated potential (n=2,3,4) |
| CTabulatedDihedralBond | Parameters for 4-body tabulated potential |
| CTabulatedDistanceBond | Parameters for 2-body tabulated potential |
| CTabulatedPotential | Evaluate forces and energies using a custom potential profile |
| CThermalizedBond | Parameters for Thermalized bond |
| CThermalizedBondThermostat | Thermostat for thermalized bonds |
| CThole_Parameters | Thole potential |
| ►CTuningAlgorithm | Tuning algorithm for P3M |
| CParameters | |
| CTuningFailed | |
| CTuningLogger | |
| CVerletCriterion | Returns true if the particles are to be considered for short range interactions |
| CVirtualBond | Interaction type for virtual bonds |
| Cvtk_runtime_error | |
| CVTKHandle | Handle to a VTK object |
| CWCA_Parameters | WCA potential |
1.9.8