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

[detail level 1234]

▼Clucid::BarrierCertificate	Control barrier certificates (CBCs) are often used to certify the safety of a stochastic systems
Clucid::FourierBarrierCertificate	Barrier certificate using a Fourier basis as a template for the function
Clucid::BaseScopedValue< T, Tags >	Base class for creating a stack of scoped values of type T, identified by Tags
▼Clucid::BaseScopedValue< B, Tags... >
Clucid::PolymorphicScopedValue< T, B, Tags >	Generic scoped value class that can hold a value of type T, while interfacing with a base class B
▼Clucid::BaseScopedValue< T, Tags... >
Clucid::PolymorphicScopedValue< T, T, Tags... >
Clucid::Configuration	Simple dataclass used to store the configuration of the program
▼Clucid::CrossValidator	During cross-validation, the available data is split into `k` folds
Clucid::KFold	Generic K-Fold cross-validation, where the dataset is divided into `k` folds
Clucid::LeaveOneOut	Leave-One-Out cross-validation (LOOCV) is a specific type of cross-validation where the number of folds equals the number of data points in the dataset
▼Cstd::exception	STL class
▼Cstd::logic_error	STL class
▼Cstd::invalid_argument	STL class
Clucid::exception::LucidInvalidArgumentException	Exception for invalid arguments
▼Cstd::out_of_range	STL class
Clucid::exception::LucidOutOfRangeException	Exception for out of range errors
▼Cstd::runtime_error	STL class
▼Clucid::exception::LucidException	Base class for all exceptions in lucid
Clucid::exception::LucidAssertionException	Exception for assertion failures
Clucid::exception::LucidInvalidArgumentException	Exception for invalid arguments
Clucid::exception::LucidLpSolverException	Exception in the LP solver
Clucid::exception::LucidNotImplementedException	Exception for not yet implemented features
Clucid::exception::LucidNotSupportedException	Exception for not supported features
Clucid::exception::LucidOutOfRangeException	Exception for out of range errors
Clucid::exception::LucidParserException	Exception for parser errors
Clucid::exception::LucidPyException	Exception occurred in Python code
Clucid::exception::LucidUnreachableException	Exception for unreachable code
▼Clucid::FeatureMap	Map input vectors to a feature space
▼Clucid::TruncatedFourierFeatureMap	Truncated Fourier feature map
Clucid::ConstantTruncatedFourierFeatureMap	Truncated Fourier feature map using fixed intervals between each interval of the normal distribution
Clucid::LinearTruncatedFourierFeatureMap	Truncated Fourier feature map using same-sized intervals between each interval of the normal distribution, from the origin to 3 standard deviations on each side
Clucid::LogTruncatedFourierFeatureMap	Truncated Fourier feature map using log-sized intervals between each interval of the normal distribution, from the origin to 3 standard deviations on each side
Clucid::plt::FillBetweenKwargs	Keyword arguments for fill_between
Clucid::FourierBarrierCertificateParameters	Parameters for the Fourier barrier certificate synthesis using PSO
Clucid::FourierBarrierSynthesisProblem	LP problem to solver to achieve the Fourier barrier synthesis
Clucid::GramMatrix	Gram Matrix obtained from a kernel function
Clucid::IndexIterator< T >	Iterator over all possible indexes in a given range
Clucid::InverseGramMatrix	The inverse of a Gram matrix, \( K^{-1} \), allowing transparent multiplication with vectors and matrices
Clucid::LbfgsParameters	Structure copied from lbfgscpp, to avoid a transitive dependency on the external library in the header
Clucid::MontecarloSimulation	Monte Carlo simulation for estimating the safety probability of a system
▼Clucid::Optimiser	Base class for optimisation solvers
Clucid::AlglibOptimiser	Linear optimiser using the Alglib mathematical library
Clucid::GurobiOptimiser	Linear optimiser using the Gurobi solver
Clucid::HighsOptimiser	Linear optimiser using the HiGHS mathematical library
Clucid::SoplexOptimiser	Linear optimiser using the SoPlex solver
Clucid::ParameterValue	Parameter value used in a configurable system or application
Clucid::ParameterValues	Collection of parameter values used in a configurable system or application
▼Clucid::Parametrizable	Interface for objects that allow setting and getting parameters dynamically
▼Clucid::Estimator	Given two vector spaces, \( \texttip{\mathcal{X}}{Polish sample vector space} \subseteq \mathbb{R}^{d_x} \) and \( \texttip{\mathcal{Y}}{Polish sample vector space} \subseteq \mathbb{R}^{d_y} \), and a map \( f: \mathcal{X} \to \mathcal{Y} \), the Estimator's goal is to produce a model \( f^*:\mathcal{X} \to \mathcal{Y} \) that best approximates \( f \)
▼Clucid::GradientOptimizable	Interface for objects that can be optimised using gradient-based methods (e.g., LbfgsTuner)
Clucid::KernelRidgeRegressor	Ridge regressor with a kernel function
Clucid::ModelEstimator	Dummy estimator that uses a user-defined function to make predictions
▼Clucid::Kernel	Represents a kernel function
Clucid::GaussianKernel	RKHS Gaussian kernel
Clucid::ValleePoussinKernel	Vallée-Poussin kernel
Clucid::plt::PlotKwargs	Keyword arguments for the plot function
Clucid::plt::PlotSurfaceKwargs	Keyword arguments for plot_surface
Clucid::plt::PlotWireframeKwargs	Keyword arguments for plot_wireframe
Clucid::plt::SaveKwargs	Keyword arguments for savefig
Clucid::plt::ScatterKwargs	Keyword arguments for scatter
Clucid::ScopedValueShield< T, Tags >	A utility class that temporarily shields all current scoped values of type T and Tags
▼Clucid::Set	Generic set over a \( \texttip{d}{Dimension of the vector space} \) dimensional vector space \( \texttip{\mathcal{X}}{Polish sample vector space} \subseteq \mathbb{R}^d \)
Clucid::EllipseSet	Multidimensional ellipsoid set
Clucid::MultiSet	Set composed of the union of multiple sets
Clucid::PolytopeSet	A convex polytope set in half-space representation
Clucid::RectSet	Rectangular set over an arbitrary number of dimensions
Clucid::SphereSet	Multidimensional sphere set
Clucid::Stats	Simple struct to hold various statistics about the execution of different components
Clucid::Tensor< T >	Lightweight tensor class
Clucid::TensorIterator< T >	Utility class to iterate over all elements of a tensor
Clucid::TensorView< T >	Lightweight wrapper that provides a view of a tensor
Clucid::TimerBase< T >	Simple timer class to evaluate the performance of the software
▼Clucid::TimerBase< chosen_steady_clock >
Clucid::Timer	Timer class using the steady clock (wall time)
▼Clucid::TimerBase< user_clock >
Clucid::UserTimer	Timer class using the user_clock (CPU user timer)
Clucid::TimerGuard< T >	The TimeGuard wraps a timer object and pauses it when the guard object is destructed
▼Clucid::Tuner	Optimise the kernel hyperparameters
Clucid::GridSearchTuner	Grid search tuning strategy for model hyperparameter optimisation
Clucid::LbfgsTuner	Optimiser that uses the L-BFGS algorithm
Clucid::MedianHeuristicTuner	Tuner that adjusts the kernel parameters using the median heuristic method
Clucid::user_clock	Structure that will hold the user clock data