Public Types
using	CallableType = decltype([]< typename TensorType >(const TensorType &t, const tfel::math::tmatrix< 3, 3, real > &R) requires((tfel::math::TensorConcept< TensorType >)\|\|(tfel::math::StensorConcept< TensorType >)\|\|(tfel::math::ST2toST2Concept< TensorType >)) { return tfel::math::change_basis(t, tfel::math::transpose(R))

Public Member Functions
constexpr auto	operator() (const tfel::math::tmatrix< 3, 3, real > &R) const

template<typename SecondEvaluatorType > requires (EvaluatorConcept<std::decay_t<SecondEvaluatorType>>)
constexpr auto	operator() (SecondEvaluatorType &&e2) const

template<typename FirstEvaluatorType , typename SecondEvaluatorType > requires ((EvaluatorConcept<std::decay_t<FirstEvaluatorType>>)&& // (EvaluatorConcept<std::decay_t<SecondEvaluatorType>>)&& // (std::invocable< CallableType, evaluator_result<std::decay_t<FirstEvaluatorType>>, evaluator_result<std::decay_t<SecondEvaluatorType>>>))
constexpr auto	operator() (FirstEvaluatorType &&e1, SecondEvaluatorType &&e2) const

The documentation for this struct was generated from the following file:

Public Types

Public Member Functions