Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 123]

►Ncnpy
CNpyArray
►NColor
CModifier	Class to change color to the output stream
►NFoam
►NfunctionObjects
CITHACAforces
►Nincompressible
CturbulentHeatFluxTemperatureFvPatchScalarField
CFilter
CGauss
CIMQB
CIntegralFilter
CRBFFunction
CRBFInterpolation
CRBFMotionSolver
CTPS
CW2
►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
CDEIM
CDEIM_function
CDEIMLaplacian
CEnKF_1DinverseHeatTransfer	Class where the UQ tutorial number 2 is implemented
CFoam2Eigen	Class to converts OpenFOAM objects into Eigen and viceversa
CFofM
CHyperReduction
CHyperReduction_function
CHyperReduction_vectorFunction
CHyperReduction_vectorScalarFunction
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
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
CmetaData_offline
CModes	Implementation of a container class derived from PtrList
Cmsr
CmsrProblem	Class to implement Molten Salt Reactor multiphysics problem
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
CPlocal
CPloct
CPtot
CPtot_time
CReducedCompressibleSteadyNN
CReducedCompressibleSteadyNS	Class where it is implemented a reduced problem for the steady Navier-stokes problem
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
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
CthermocouplesPlane	Class defining a plane for thermocouples measurements interpolation
CTm
CTm_time
CTmlocal
CTmloct
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
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 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