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

[detail level 12]

CUtils::AABBtree< Real >	A class representing an axis-aligned bounding box tree
CUtils::AlgoBracket< Real >	Class for solving \( f(x)=0 \) without the usew of derivative
CUtils::AlgoHNewton< Real >	Class for solving \( f(x)=0 \) without the usew of derivative
CUtils::AlgoHNewton_base_fun< Real >	Abstract base class for defining mathematical functions used in the zero search algorithm
CUtils::at_scope_exit_impl< Destructor >
CUtils::Barrier
CUtils::BinarySearch< DATA >
CUtils::Box2D< Real >	A class representing a 2D axis-aligned bounding box
CUtils::Bracket_base_fun< Real >	Abstract base class for defining mathematical functions used in the Bracket search algorithm
CUtils::Table::Cell	Represents a cell in a table with alignment, content, and optional column span
CUtils::Console	Class to handle console output with different styles and levels
CUtils::HJPatternSearch< Real >	Class for implementing the Hooke-Jeeves Pattern Search Algorithm
CUtils::Malloc< T >	Class for dynamic memory allocation of objects
CUtils::MallocFixed< T, mem_size >	Class for fixed-size memory allocation of objects
▼CEigen::Matrix
CUtils::Point2D< Real >	A class representing a 2D point in space
CUtils::Poly< Real >	Specializes the `Eigen::Matrix` class to represent and manipulate polynomials
CUtils::Polygon2D< Real >	A class representing a 2D polygon using a dynamic matrix of vertices
CUtils::mex_class_handle< base >	A class template that manages a C++ object for use with MATLAB
CUtils::NelderMead< Real >	Implements the Nelder-Mead optimization algorithm for nonlinear optimization problems
CUtils::Quaternion< T >	Implement some operationn on quaternion
CUtils::tp::Queue
CUtils::Table::Row	Represents a row in a table consisting of multiple cells
▼Cruntime_error
CUtils::Runtime_Error	Custom runtime error class for handling runtime exceptions
CUtils::Runtime_TraceError	A custom exception class that captures and stores a backtrace on error
CUtils::Segment2D< Real >	A class representing a 2D line segment defined by two endpoints
CUtils::SHA3	SHA-3 winning hash algorithm Keccak
CUtils::SimpleSemaphore
CUtils::SpinLock
CUtils::SpinLock_barrier
CUtils::Sturm< Real >	Class for managing and computing the Sturm sequence associated with a polynomial
CUtils::Table::Style	Defines the style and structure of table borders, padding, and alignment
CUtils::Table::Table	The main class for creating and managing a table
▼CUtils::ThreadPoolBase::Task
CUtils::ThreadPoolBase::ConcreteTask< Callable >
CUtils::tp::Queue::TaskData
▼CUtils::ThreadPoolBase
CUtils::ThreadPool0	Fake thread pool class
CUtils::ThreadPool1	Manages a pool of worker threads for concurrent task execution
CUtils::ThreadPool2	Manages a pool of worker threads for concurrent task execution
CUtils::ThreadPool3	A thread pool for concurrent task execution with worker management
CUtils::ThreadPool4	A thread pool for concurrent task execution with worker management
CUtils::ThreadPool5	A thread pool for concurrent task execution with worker management
CUtils::TicToc	A class for timing code execution
CUtils::Tokenizer	A utility class for tokenizing strings
CUtils::Triangle2D< Real >	A class representing a 2D triangle defined by three vertices
CUtils::Trichotomy< Real >	Class for minimize the function \( f(x) \) without the usew of derivative
CUtils::Trichotomy_base_fun< Real >	Abstract base class for defining mathematical functions used in the minimization algorithm
CUtils::TVD< Real >	Class for performing Total Variation Denoising (TVD) on 1D signals
CUtils::WaitWorker
CUtils::WorkerLoop
CUtils::Zeros< Real >	Class for solving the equation \( f(x) = 0 \) using various numerical methods
CUtils::Zeros_base_fun< Real >	Abstract base class for defining mathematical functions used in root-finding algorithms