| Ncnpy | |
| CNpyArray | |
| NColor | |
| CModifier | Class to change color to the output stream |
| NFoam | |
| NfunctionObjects | |
| CITHACAforces | |
| Nincompressible | |
| CturbulentHeatFluxTemperatureFvPatchScalarField | |
| CFilter | |
| CIntegralFilter | |
| CGauss | |
| CIMQB | |
| CRBFFunction | |
| CTPS | |
| CW2 | |
| CRBFInterpolation | |
| CRBFMotionSolver | |
| NITHACAmuq | |
| Censemble | Class for ensembles, each column is a sample |
| CFang2017filter | Class for Fang2017filters |
| CFang2017filter_wDF | Class for Fang2017filter_wDFs |
| CPagani2016filter | Class for Pagani2016filters |
| NITHACAPOD | Namespace for the computation of the POD, it exploits bot the method of snapshots and SVD |
| CindexTri | |
| CindexSquare | |
| CPODTemplate | |
| CPODTemplateH1 | |
| NITHACAtorch | |
| CConvLayer | |
| CBurgers | Implementation of a parametrized full order Burgers and preparation of the the reduced matrices for the online solve |
| CCompressibleSteadyNN | |
| CCompressibleSteadyNS | Implementation of a parametrized full order steady NS problem and preparation of the the reduced matrices for the online solve |
| CCompressibleUnSteadyRhoPimple | Implementation of a parametrized full order Compressible UnSteady Pimple and preparation of the the reduced matrices for the online solve |
| CDEIM | |
| CDEIM_function | |
| CDEIMLaplacian | |
| CEnKF_1DinverseHeatTransfer | Class where the UQ tutorial number 2 is implemented |
| CFieldTemplates | Stores template fields for velocity, pressure, and turbulence quantities |
| CFoam2Eigen | Class to converts OpenFOAM objects into Eigen and viceversa |
| CFofM | |
| CfsiBasic | Implementation of a parametrized full order unsteady NS problem and preparation of the the reduced matrices for the online solve |
| CHROM | |
| CHyperReducedCompressibleUnSteadyNS | Class where it is implemented a reduced problem for the UnSteady RhoPimple problem |
| CHyperReduction | |
| CHyperReduction_function | |
| CHyperReduction_vectorFunction | |
| CHyperReduction_vectorScalarFunction | |
| CHyperreductionConfiguration | Discrete Empirical Interpolation Method settings |
| CIHTP01inverseLaplacian_CG | Class where the first inverse heat transfer problem tutorial is solved using Alifanov's regularization |
| CIHTP01inverseLaplacian_paramBC | Class where the first inverse heat transfer problem tutorial is solved using the Parameterization of the heat flux |
| CincrementalPOD | Implementation of a incremental POD algorithm according to Oxberry et al |
| CinverseLaplacianProblem | Implementation of a inverse Laplacian problem |
| CinverseLaplacianProblem_CG | Implementation of a Alifanov's regularization to solve inverse Laplacian problems |
| CinverseLaplacianProblem_paramBC | Implementation of a parameterization method to solve inverse Laplacian problems |
| CinverseLaplacianProblemTotalHeatMeasure_CG | Class to implement a full order inverse laplacian problem |
| CinverseLaplacianProblemTotalHeatMeasure_paramBC | Class to implement a full order inverse laplacian problem |
| CITHACADMD | Class of the computation of the DMD, it exploits the SVD methods |
| CithacaInterpolator | |
| CITHACAparallel | Class for parallel handling, it has several functions to deal with parallel problems, the class is implemented as a singletone |
| CITHACAparameters | Class for the definition of some general parameters, the parameters must be defined from the file ITHACAdict inside the system folder |
| CITHACAsampling | |
| ClaplacianProblem | Class to implement a full order laplacian parametrized problem |
| CLRSensitivity | |
| CMeshConfiguration | Manages mesh-related parameters and geometric information |
| CmetaData_offline | |
| CModes | Implementation of a container class derived from PtrList |
| Cmsr | |
| CmsrProblem | Class to implement Molten Salt Reactor multiphysics problem |
| CmtbGPR | |
| CmtbRBF | |
| CMyIcoSolver | Implementation of a parametrized full order unsteady NS problem and preparation of the the reduced matrices for the online solve |
| Cnewton_argument | Template object created to solve non linear problems using the Eigen library |
| Cnewton_msr_fd | Structure to implement a newton object for a stationary MSR problem |
| Cnewton_msr_n | |
| Cnewton_msr_t | |
| Cnewton_steadyNS | Structure to implement a newton object for a stationary NS problem |
| Cnewton_unsteadyBB_PPE | |
| Cnewton_unsteadyBB_sup | Newton object for the resolution of the reduced problem using a supremizer approach |
| Cnewton_unsteadyNS_PPE | Newton object for the resolution of the reduced problem using a PPE approach |
| Cnewton_unsteadyNS_sup | Newton object for the resolution of the reduced problem using a supremizer approach |
| Cnewton_unsteadyNST_sup | Newton object for the resolution of the reduced problem using a supremizer approach |
| Cnewton_unsteadyNST_sup_t | |
| Cnewton_unsteadyNSTTurb_sup | |
| Cnewton_unsteadyNSTTurb_sup_t | |
| Cnewton_usmsr_fd | |
| Cnewton_usmsr_n | |
| Cnewton_usmsr_t | |
| CnewtonSteadyNSTurbIntrusive | Structure to implement a newton object for a stationary NS problem |
| CnewtonSteadyNSTurbPPE | |
| CnewtonSteadyNSTurbSUP | Structure to implement a newton object for a stationary NS problem |
| CnewtonUnsteadyNSTurbIntrusive | |
| CnewtonUnsteadyNSTurbIntrusivePPE | |
| CnewtonUnsteadyNSTurbPPE | |
| CnewtonUnsteadyNSTurbPPEAve | |
| CnewtonUnsteadyNSTurbSUP | |
| CnewtonUnsteadyNSTurbSUPAve | |
| ConlineInterp | Class for the online evaluation of the coefficient manifold for PODI |
| CParameters | |
| CPlocal | |
| CPloct | |
| CPODConfiguration | Manages POD-specific parameters including modes, energy, and Hilbert spaces |
| CPtot | |
| CPtot_time | |
| CReducedCompressibleSteadyNN | |
| CReducedCompressibleSteadyNS | Class where it is implemented a reduced problem for the steady Navier-stokes problem |
| CReducedFsi | |
| CreducedLaplacian | Class to solve the online reduced problem associated with a Laplace problem |
| CreducedMSR | |
| CreducedProblem | Base class for the implementation of a reduced problem |
| CreducedSimpleSteadyNN | |
| CreducedSimpleSteadyNS | Class where it is implemented a reduced problem for the steady Navier-stokes problem |
| CreducedSteadyNS | Class where it is implemented a reduced problem for the steady Navier-stokes problem |
| CReducedSteadyNSTurb | Class where it is implemented a reduced problem for the steady turbulent Navier-stokes problem |
| CReducedSteadyNSTurbIntrusive | Class where it is implemented a reduced problem for the steady turbulent Navier-stokes problem |
| CReducedUnsteadyBB | Class where it is implemented a reduced problem for the unsteady Navier-stokes problem |
| CreducedUnsteadyNS | Class where it is implemented a reduced problem for the unsteady Navier-stokes problem |
| CReducedUnsteadyNSExplicit | Class where it is implemented a reduced problem for the unsteady Navier-stokes problem |
| CreducedUnsteadyNST | Class where it is implemented a reduced problem for the unsteady Navier-stokes weakly coupled with the energy equation problem |
| CReducedUnsteadyNSTTurb | Class where it is implemented a reduced problem for the unsteady Navier-stokes weakly coupled with the energy equation problem |
| CReducedUnsteadyNSTurb | Class where it is implemented a reduced problem for the unsteady Navier-stokes problem |
| CReducedUnsteadyNSTurbIntrusive | Class where it is implemented a reduced problem for the unsteady Navier-stokes problem |
| CreducedusMSR | |
| CreductionProblem | A general class for the implementation of a full order parametrized problem |
| CROMExecutionConfig | |
| CScalarTransport | Implementation of a parametrized full order Burgers and preparation of the the reduced matrices for the online solve |
| CsequentialIHTP | Class to implement a full order inverse parameterized laplacian problem |
| CSimulationFlags | Manages boolean flags for various simulation options |
| CSnapshotConfiguration | Manages snapshot and time-related parameters |
| CSolverConfiguration | Controls which eigensolver algorithm is used and output formatting |
| CsplinterRBF | |
| CsteadyNS | Implementation of a parametrized full order steady NS problem and preparation of the the reduced matrices for the online solve |
| CSteadyNSSimple | Implementation of a parametrized full order steady NS problem and preparation of the the reduced matrices for the online solve |
| CSteadyNSSimpleNN | |
| CSteadyNSTurb | Implementation of a parametrized full order steady turbulent Navier Stokes problem and preparation of the the reduced matrices for the online solve |
| CSteadyNSTurbIntrusive | Implementation of a parametrized full order steady turbulent Navier Stokes problem and preparation of the the reduced matrices for the online solve |
| CStoredParameters | Class that contains all parameters of the stochastic POD |
| CStrLookup | |
| CthermocouplesPlane | Class defining a plane for thermocouples measurements interpolation |
| CTm | |
| CTm_time | |
| CTmlocal | |
| CTmloct | |
| CTurbDiffusionHyperreduction | |
| Ctutorial01cl | |
| Ctutorial02 | Class where the tutorial number 2 is implemented |
| Ctutorial03 | |
| Ctutorial04 | |
| Ctutorial05 | |
| Ctutorial06 | Class where the tutorial number 6 is implemented |
| Ctutorial07 | |
| Ctutorial10 | |
| Ctutorial11 | |
| Ctutorial12 | |
| Ctutorial14 | |
| Ctutorial17 | |
| Ctutorial18 | |
| Ctutorial19 | |
| Ctutorial21 | |
| Ctutorial22 | |
| Ctutorial23 | Class where the tutorial number 2 is implemented |
| Ctutorial26 | |
| Ctutorial27_offline | |
| Ctutorial27_online | |
| CtutorialIPOD | Class where the tutorial number 20 is implemented |
| CUnsteadyBB | Implementation of a parametrized full order unsteady Boussinesq problem and preparation of the the reduced matrices for the online solve |
| CunsteadyNS | Implementation of a parametrized full order unsteady NS problem and preparation of the the reduced matrices for the online solve |
| CUnsteadyNSExplicit | Implementation of a parametrized full order unsteady NS problem and preparation of the the reduced matrices for the online solve |
| CUnsteadyNSExplicitTurb | Implementation of a parametrized full order unsteady NS problem and preparation of the the reduced matrices for the online solve |
| CunsteadyNST | Implementation of a parametrized full order unsteady NS problem weakly coupled with the energy equation and preparation of the the reduced matrices for the online solve |
| CUnsteadyNSTTurb | Implementation of a parametrized full order unsteady NST problem weakly coupled with the energy equation and preparation of the the reduced matrices for the online solve |
| CUnsteadyNSTurb | Implementation of a parametrized full order unsteady NS problem and preparation of the reduced matrices for the online solve |
| CUnsteadyNSTurbIntrusive | Implementation of a parametrized full order unsteady NS problem and preparation of the the reduced matrices for the online solve |
| CUnsteadyProblem | |
| CusmsrProblem | |
1.16.1
