This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 12]

Cadf< LAG_policy >	Template class for performing pointwise ADF for a fts
Cadf_stat< LAG_policy >	Contains the functor to evaluate the test statistic, according to LAG_policy
CCaseLagOrderADF	Functor returning the values for which computing ratio for computing ADF-test statistic. Lag orders bigger than one are considered
CCaseNoLagOrderADF	Functor returning the values for which computing ratio for computing ADF-test statistic. No lag orders bigger than one considered
CCV_algo	Contains PPCKO versions implemented
CCV_base< D, cv_strat, err_eval, k_imp, valid_err_ret >	Template class for performing cross-validation
▼CCV_base< CV_alpha< cv_strat, err_eval, k_imp, valid_err_ret >, cv_strat, err_eval, k_imp, valid_err_ret >
CCV_alpha< cv_strat, err_eval, k_imp, valid_err_ret >	Template class for performing cross-validation on the regularization parameter: derived-from-CV_base thorugh CRTP ('CV_alpha' its template D parameter)
▼CCV_base< CV_alpha_k< cv_strat, err_eval, k_imp, valid_err_ret >, cv_strat, err_eval, k_imp, valid_err_ret >
CCV_alpha_k< cv_strat, err_eval, k_imp, valid_err_ret >	Template class for performing cross-validation on the regularization parameter and the number of PPCs: derived-from-CV_base thorugh CRTP ('CV_alpha_k' its template D parameter)
▼CCV_base< CV_k< cv_strat, err_eval, k_imp, valid_err_ret >, cv_strat, err_eval, k_imp, valid_err_ret >
CCV_k< cv_strat, err_eval, k_imp, valid_err_ret >	Template class for performing cross-validation on the number of retained PPCs: derived-from-CV_base thorugh CRTP ('CV_k' its template D parameter)
Ccv_strategy< cv_strat >	Template class for creating training/validation split according to a specific strategy
CGeometry::Domain1D
Capsc::internals::extractKey_map2Vectors< T >	Extracts the key
Capsc::internals::extractValue_map2Vectors< T >	Extracts the value
CFactory_cv_strat< cv_strat >	Generating the training-validation splitting according to a given strategy
Cinterp_func	Contains the function to perform unidimensional-univariate function interpolation and the grid for which the function evaluation are already available
CKO_Factory< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >	Generating the PPCKO solver runtime according to an input string
CKO_Traits	Contains the customized types for fts, covariances, PPCs, etc..
Clr_adf	Class for wrapping Eigen objects into Armadillo ones to perform linear regression
Capsc::internals::map2Vectors< T >	Maps vector of keys and vector of values in a single entity
CGeometry::Mesh1D
▼CGeometry::OneDMeshGenerator	General interface
CGeometry::Uniform	Uniform mesh
CPPC_KO_base< D, solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >	Base class for computing PPCKO algorithm computations. Polymorphism is known at compile-time (CRTP)
▼CPPC_KO_base< PPC_KO_CV_alpha< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >, solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >
CPPC_KO_CV_alpha< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >	Derived from 'PPC_KO_base' class for computing PPCKO algorithm with cross-validation on regularization parameter
▼CPPC_KO_base< PPC_KO_CV_alpha_k< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >, solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >
CPPC_KO_CV_alpha_k< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >	Derived from 'PPC_KO_base' class for computing PPCKO algorithm with cross-validation on both regularization parameter and number of retained PPCs
▼CPPC_KO_base< PPC_KO_CV_k< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >, solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >
CPPC_KO_CV_k< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >	Derived from 'PPC_KO_base' class for computing PPCKO algorithm with cross-validation on the number of retained PPCs
▼CPPC_KO_base< PPC_KO_NoCV< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >, solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >
CPPC_KO_NoCV< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >	Derived from 'PPC_KO_base' class for computing PPCKO algorithm without cross-validation
▼CPPC_KO_wrapper< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >	Base virtual class for wrapping class that performs PPCKO computations. Which child class is constructed is selected run-time through virtual polymorphism
CPPC_KO_wrapper_cv_alpha< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >	Derived-from-PPC_KO_wrapper class for wrapping class that performs PPCKO computations with cross-validation on regularization parameter
CPPC_KO_wrapper_cv_alpha_k< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >	Derived-from-PPC_KO_wrapper class for wrapping class that performs PPCKO computations with cross-validation on both the regularization parameter and the number of retained PPCs
CPPC_KO_wrapper_cv_k< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >	Derived-from-PPC_KO_wrapper class for wrapping class that performs PPCKO computations with cross-validation on the number of retained PPCs
CPPC_KO_wrapper_no_cv< solver, k_imp, valid_err_ret, cv_strat, cv_err_eval >	Derived-from-PPC_KO_wrapper class for wrapping class that performs PPCKO computations without cross-validation
Cremoving_nan< T, MA_t >	Template class for removing NaNs from an Eigen::Matrix