Here is a list of all documented class members with links to the class documentation for each member:

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• ode_solution_t() : theoretica::ode::ode_solution_t< Vector >
• operator complex< T >() : theoretica::phasor< Type >
• operator real() : theoretica::complex< Type >
• operator std::string() : theoretica::complex< Type >, theoretica::dual2, theoretica::dual, theoretica::histogram, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::multidual< N >, theoretica::ode::ode_solution_t< Vector >, theoretica::phasor< Type >, theoretica::polynomial< Type >, theoretica::quat< Type >, theoretica::ratio< T1, T2 >, theoretica::regression::linear_model, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >
• operator T2() : theoretica::ratio< T1, T2 >
• operator!=() : theoretica::complex< Type >, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::mat_iterator< Matrix, ReturnType >, theoretica::phasor< Type >, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >
• operator()() : theoretica::histogram, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::pdf_sampler, theoretica::polynomial< Type >, theoretica::PRNG, theoretica::regression::linear_model, theoretica::spline, theoretica::spline_node
• operator*() : theoretica::complex< Type >, theoretica::dual2, theoretica::dual, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::mat_iterator< Matrix, ReturnType >, theoretica::multidual< N >, theoretica::phasor< Type >, theoretica::polynomial< Type >, theoretica::quat< Type >, theoretica::ratio< T1, T2 >, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >, theoretica::vec_iterator< Vector, ReturnType >
• operator*=() : theoretica::complex< Type >, theoretica::dual2, theoretica::dual, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::multidual< N >, theoretica::phasor< Type >, theoretica::polynomial< Type >, theoretica::quat< Type >, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >
• operator+() : theoretica::complex< Type >, theoretica::dual2, theoretica::dual, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::multidual< N >, theoretica::phasor< Type >, theoretica::polynomial< Type >, theoretica::quat< Type >, theoretica::ratio< T1, T2 >, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >
• operator++() : theoretica::mat_iterator< Matrix, ReturnType >, theoretica::vec_iterator< Vector, ReturnType >
• operator+=() : theoretica::complex< Type >, theoretica::dual2, theoretica::dual, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::multidual< N >, theoretica::phasor< Type >, theoretica::polynomial< Type >, theoretica::quat< Type >, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >
• operator-() : theoretica::complex< Type >, theoretica::dual2, theoretica::dual, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::multidual< N >, theoretica::phasor< Type >, theoretica::polynomial< Type >, theoretica::quat< Type >, theoretica::ratio< T1, T2 >, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >
• operator-=() : theoretica::complex< Type >, theoretica::dual2, theoretica::dual, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::multidual< N >, theoretica::phasor< Type >, theoretica::polynomial< Type >, theoretica::quat< Type >, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >
• operator/() : theoretica::complex< Type >, theoretica::dual2, theoretica::dual, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::multidual< N >, theoretica::phasor< Type >, theoretica::polynomial< Type >, theoretica::quat< Type >, theoretica::ratio< T1, T2 >, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >
• operator/=() : theoretica::complex< Type >, theoretica::dual2, theoretica::dual, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::multidual< N >, theoretica::phasor< Type >, theoretica::polynomial< Type >, theoretica::quat< Type >, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >
• operator<< : theoretica::complex< Type >, theoretica::dual2, theoretica::dual, theoretica::histogram, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::multidual< N >, theoretica::ode::ode_solution_t< Vector >, theoretica::phasor< Type >, theoretica::polynomial< Type >, theoretica::quat< Type >, theoretica::ratio< T1, T2 >, theoretica::regression::linear_model, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >
• operator=() : theoretica::complex< Type >, theoretica::dual2, theoretica::dual, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::multidual< N >, theoretica::phasor< Type >, theoretica::quat< Type >, theoretica::spline, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >
• operator==() : theoretica::complex< Type >, theoretica::dual2, theoretica::dual, theoretica::mat< Type, N, K >, theoretica::mat< Type, 0, 0 >, theoretica::mat_iterator< Matrix, ReturnType >, theoretica::multidual< N >, theoretica::phasor< Type >, theoretica::polynomial< Type >, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >, theoretica::vec_iterator< Vector, ReturnType >
• operator>>() : theoretica::pdf_sampler, theoretica::PRNG
• operator[]() : theoretica::histogram, theoretica::polynomial< Type >, theoretica::vec< Type, N >, theoretica::vec< Type, 0 >