| ►Nneml2 | |
| ►Ncrystallography | |
| CCrystalGeometry | Defines the geometry of a crystal system This includes a basic definition of the crystal lattice, via Bravais vectors and a CrystalClass object defining the crystal symmetry as well as the definition of the geometry of each slip system |
| CCubicCrystal | Specialized crystal geometry for cubic crystals |
| CFillMillerIndex | Create a single-batched "list" of Miller indices |
| CSymmetryFromOrbifold | Provide the correct symmetry operators for a given crystal class |
| ►Nmath | |
| CConstantTensors | A helper class to hold static data of type torch::Tensor |
| CArrheniusParameter | A scalar-valued parameter following an Arrhenius type relation |
| CAssociativeIsotropicPlasticHardening | |
| CAssociativeKinematicPlasticHardening | |
| CAssociativePlasticFlow | |
| CBackwardEulerTimeIntegration | |
| CBatchTensor | |
| CBatchTensorBase | NEML2's enhanced tensor type |
| CBufferStore | Interface for object which can store buffers |
| CChabochePlasticHardening | |
| CComposedModel | |
| CConstantParameter | A parameter that is actually just a constant |
| CCopyVariable | Copy the value of a variable into another variable |
| CCrossRef | The wrapper (decorator) for cross-referencing unresolved values at parse time |
| CData | |
| CDependencyDefinition | |
| ►CDependencyResolver | The DependencyResolver identifies and resolves the dependencies among a set of objects derived from DependencyDefinition |
| CItem | |
| CDerivative | |
| CDiagnosis | |
| CDriver | The Driver drives the execution of a NEML2 Model |
| CEigenstrain | |
| CElasticity | |
| CElasticStrain | |
| CElasticStrainRate | Calculate the elastic strain rate from crystal model kinematics |
| CEmptyBatchTensor | Create an empty BatchTensor from the input file |
| CEmptyFixedDimTensor | Create an empty FixedDimTensor of type T from the input file |
| CFactory | |
| CFillR2 | Create a filled R2 from the input file |
| CFillRot | Create a filled R2 from the input file |
| CFillSR2 | Create a filled SR2 from the input file |
| CFillWR2 | Create a filled WR2 from the input file |
| CFixedDimTensor | FixedDimTensor inherits from BatchTensorBase and additionally templates on the base shape |
| CFixOrientation | Swap orientation plane when the singularity at \( 2 \pi \) is met with the modified Rodrigues vector |
| CFlowRule | |
| CForceRate | |
| CForwardEulerTimeIntegration | |
| CFullBatchTensor | Create a full BatchTensor from the input file |
| CFullFixedDimTensor | Create a full FixedDimTensor of type T from the input file |
| CGTNYieldFunction | |
| CGursonCavitation | |
| CHITParser | A parser is responsible for parsing an input file into a collection of options which can be used by the Factory to manufacture corresponding objects. |
| CIdentityBatchTensor | Create an identity BatchTensor from the input file |
| CImplicitUpdate | |
| CInterpolation | The base class for interpolated nonlinear parameter |
| CIsotropicHardening | |
| CIsotropicMandelStress | |
| CKinematicHardening | |
| CKocksMeckingActivationEnergy | |
| CKocksMeckingFlowSwitch | |
| CKocksMeckingFlowViscosity | A scalar-valued parameter defined by (mu0 - D/(exp(T0/T)-1)) * exp(_C) |
| CKocksMeckingRateSensitivity | A scalar-valued parameter defined by (mu0 - D/(exp(T0/T)-1)) * exp(_C) |
| CKocksMeckingYieldStress | A scalar-valued parameter defined by (mu0 - D/(exp(T0/T)-1)) * exp(_C) |
| CLabeledAxis | A labeled axis used to associate layout of a tensor with human-interpretable names |
| CLabeledAxisAccessor | The accessor containing all the information needed to access an item in a LabeledAxis |
| CLabeledMatrix | A single-batched, logically 2D LabeledTensor |
| ►CLabeledTensor | The primary data structure in NEML2 for working with labeled tensor views |
| Cvariable_type | Template setup for appropriate variable types |
| CLabeledTensor3D | A single-batched, logically 3D LabeledTensor |
| CLabeledVector | A single-batched, logically 1D LabeledTensor |
| CLargeDeformationIncrementalSolidMechanicsDriver | The transient driver specialized for solid mechanics problems |
| CLinearInterpolation | Linearly interpolate the parameter along a single axis |
| CLinearIsotropicElasticity | |
| CLinearIsotropicHardening | Simple linear map between equivalent strain and hardening |
| CLinearKinematicHardening | Simple linear map between equivalent strain and hardening |
| CLinearSingleSlipHardeningRule | Linear slip hardening of the type \(\dot{\bar{\tau}} = \theta \sum \left|\dot{\gamma}_i \right|\) |
| CLinspaceBatchTensor | Create a linspace BatchTensor from the input file |
| CLinspaceFixedDimTensor | Create a linspace FixedDimTensor of type T from the input file |
| CLogspaceBatchTensor | Create a logspace BatchTensor from the input file |
| CLogspaceFixedDimTensor | Create a logspace FixedDimTensor of type T from the input file |
| CMandelStress | |
| CMillerIndex | Represention of a crystal direction or plane a Miller Index |
| CMixedControlSetup | |
| CModel | The base class for all constitutive models |
| CNEML2Object | The base class of all "manufacturable" objects in the NEML2 library |
| CNEMLException | |
| CNewton | The nonlinear solver solves a nonlinear system of equations. |
| CNewtonWithLineSearch | The nonlinear solver solves a nonlinear system of equations. |
| CNewtonWithTrustRegion | The nonlinear solver solves a nonlinear system of equations. |
| CNonlinearParameter | The base class for nonlinear parameters |
| CNonlinearSolver | The nonlinear solver solves a nonlinear system of equations |
| CNonlinearSystem | Definition of a nonlinear system of equations |
| CNormality | |
| COlevskySinteringStress | |
| COnesBatchTensor | Create a ones BatchTensor from the input file |
| COnesFixedDimTensor | Create a ones FixedDimTensor of type T from the input file |
| COptionCollection | A data structure that holds options of multiple objects |
| ►COptionSet | A custom map-like data structure. The keys are strings, and the values can be nonhomogeneously typed |
| CMetadata | |
| COption | |
| ►COptionBase | |
| CMetadata | |
| COrientation | Create batch of rotations, with various methods |
| COrientationRate | Calculate the orientation rate from the crystal model kinetics |
| COverStress | |
| CParameterStore | Interface for object which can store parameters |
| CParser | A parser is responsible for parsing an input file into a collection of options which can be used by the Factory to manufacture corresponding objects |
| CParserException | |
| CPerzynaPlasticFlowRate | |
| CPlasticDeformationRate | Plastic deformation rate with the default kinetics |
| CPlasticFlowRate | |
| CPlasticVorticity | Calculate the plastic vorticity with the default crystal kinetics |
| CPowerLawSlipRule | Power law slip rate of the form \(\dot{\gamma}_i = \dot{\gamma}_0 \left| \frac{\tau_i}{\tau_{h,i}} \right| ^ {n-1} \frac{\tau_i}{\tau_{h,i}} \) |
| CQuaternion | A batched quaternion |
| CR2 | A basic R2 |
| CR2Base | The (logical) full second order tensor |
| CR3 | The (logical) full third order tensor |
| CR4 | The (logical) full fourth order tensor |
| CR5 | The (logical) full fifth order tensor |
| CRateIndependentPlasticFlowConstraint | |
| CRegistry | |
| CResolvedShear | Calculate the resolved shears |
| CRot | Rotation stored as modified Rodrigues parameters |
| CRotationMatrix | Convert a Rodrigues vector (Rot) to a second order tensor (R2) |
| CScalar | The (logical) scalar |
| CSequence | A lazily parsed sequence of data |
| CSFFR4 | The logical fourth order tensor with minor symmetry in the 1st and 2nd dimensions |
| CSFR3 | The logical third order tensor with symmetry in the first two dimensions |
| CSingleSlipHardeningRule | Any slip rule where all systems share the same strength |
| CSingleSlipStrengthMap | A map between the internal variables and the slip strength, for the case where all systems share the same strength |
| CSlipRule | Parent class of slip rules, mapping from resolved shear and internal state to slip rates |
| CSlipStrengthMap | Parent class of maps between internal variables and the slip system strengths |
| CSolidMechanicsDriver | The transient driver specialized for solid mechanics problems |
| CSolver | The solver solves a system of equations |
| CSR2 | The (logical) symmetric second order tensor |
| CSR2Invariant | |
| CSSFR5 | The logical fifth order tensor with minor symmetry in the 1st and 2nd dimensions as well as in the 3rd and 4th dimensions |
| CSSR4 | The (logical) symmetric fourth order tensor, with symmetry in the first two dimensionss as well as in the last two dimensions |
| CStateRate | |
| ►CStorage | |
| CDereferenceIterator | |
| CSumModel | |
| CSumSlipRates | A helper model to calculate the sum of the absolute value of the slip rates |
| CSWR4 | The (logical) symmetric fourth order tensor, with symmetry in the first two dimensionss and skew-symmetry in the second two |
| CTensorValue | Concrete definition of tensor value |
| CTensorValueBase | The base class to allow us to set up a polymorphic container of BatchTensors. The concrete definitions will be templated on the actual tensor type |
| CThermalEigenstrain | |
| CTotalStrain | |
| CTransformable | Mixin class for things that can be transformed by a symmetry operator |
| CTransientDriver | The driver for a transient initial-value problem |
| CTrustRegionSubProblem | |
| CUserBatchTensor | Create raw BatchTensor from the input file |
| CUserFixedDimTensor | Create raw tensor of type T from the input file |
| CUserTensor | |
| CVariable | Concrete definition of a variable |
| CVariableBase | |
| CVariableStore | |
| CVec | The (logical) vector |
| CVecBase | Base class for the (logical) vector |
| CVoceIsotropicHardening | |
| CVoceSingleSlipHardeningRule | Voce slip hardening when all slip systems share the same hardening value, \(\dot{\bar{\tau}} = \theta_0 \left(1 - \frac{\bar{\tau}}{\tau_{sat}} \right) \sum \left|\dot{\gamma}_i \right|\) |
| CWR2 | A skew rank 2, represented as an axial vector |
| CWR2ExplicitExponentialTimeIntegration | Explicit exponential time integration for rotations |
| CWR2ImplicitExponentialTimeIntegration | Implicit exponential time integration for rotations |
| CWSR4 | The (logical) symmetric fourth order tensor, with skew symmetry in the first two dimensionss and symmetry in the second two |
| CWWR4 | The (logical) symmetric fourth order tensor, with skew symmetry in the first two dimensions and last two dimensions |
| CYieldFunction | |
| CZerosBatchTensor | Create a zeros BatchTensor from the input file |
| CZerosFixedDimTensor | Create a zeros FixedDimTensor of type T from the input file |
1.10.0